Title: F3 Al array Filename: 20130815_074.txt Date: 8/16/2013 10:06:11 AM ncol=6 nsd=3 xcol=1 C/S Col Ch/Exprn [f,o [gf,go]] name; C1 300: Chswpt; C2 62: V (V); C3 63: phase (deg); C4 60: X (V); C5 61: Y (V); C6 395: T (K); S1 395: T (K); S2 129: V_bg (V); S3 820: B (T); Axes: x: -0.5,0 y: 0,550 y2: 0,600 ycol: 2 ycol2: n-10,29 x10,29 n-1,200 x1,200 ce s0.00002 d0 t620 "H1" w15 b0.025,5 t620 "H0" r-10,100,29 w60 t620 "H1" w15 d1 b-0.025,0.1 d0 w60 d1 b0.025,0.1 d0 t620 "H0" [10,0 ir2,100,29 w60 t620 "H1" w15 d1 b-0.025,0.1 d0 w60 d1 b0.025,0.1 d0 t620 "H0"] t620 "H1" w15 b0,5 t620 "H0" r0,100,29 qq lockin Vex=1V, f=7Hz.10mV SEN, 10-4 divider. two-terminal, sd F1-K1, backgate DAC ch29 B1. T_MC=ch0. Which thermometer is selected? What is the set-up/gain/Vexc? Const I? Potential divider on DAC? Correct starting B? n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq [Keyboard commands] [Keyboard commands 1] t620 "H0" [Keyboard commands 2] #All gates to zero n-10,128 x10,128 n-10,129 x10,129 n-10,130 x10,130 n-10,131 x10,131 n-10,132 x10,132 n-10,133 x10,133 n-10,134 x10,134 n-10,135 x10,135 n-10,136 x10,132 n-10,137 x10,133 n-10,138 x10,134 n-10,139 x10,135 r0,500,128 r0,500,129 r0,500,130 r0,500,131 r0,500,132 r0,500,133 r0,500,134 r0,500,135 r0,500,136 r0,500,137 r0,500,138 r0,500,139 qq [Keyboard commands 3] #Kondo, step gates do dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce r-1.5,100,129 r0,100,134 r-1.8,500,132 =-4.01,1 #R start =4.84,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.41,1 #R start =4.48,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.99,1 #R start =4.27,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.57,1 #R start =3.77,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-3.42,1 #R start =2.51,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.89,1 #R start =2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.42,1 #R start =1.91,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.09,1 #R start =1.52,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.94,1 #R start =0.50,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.49,1 #R start =0.25,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.00,1 #R start =-0.10,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.54,1 #R start =-0.64,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.73,1 #R start =-1.05,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.15,1 #R start =-1.42,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.3,1 #R start =-1.79,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.81,1 #R start =-2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 qq [Keyboard commands 4] #Mini stab dia at fields n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 x10.6,200 n-10.6,200 =100,1 s0 ce r-0.0443,100,129 r0,100,134 r-1.7,500,132 =8,2 [17,0 r-4.5,200,133 r-4,200,135 w10 [!1+1,0 d1 r-1,250,133 d0 w2 d1 r-4.5,5000,133 d0 ir6/!1,250,135 w10] =!2-0.5,2 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!2,10 t620"H0" w15 t620"H0" w15 t620"H0" w5*60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,10 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 5] #Kondo, variable coupling n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =1,1 #range =40,2 #speed =4,9 # steps =-0.01,4 #range B r-!1,100,129 r-1.5,500,132 #Cell '2' =-0.74,7 =-1.86,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =0.02,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =0.53,7 #end R =0.18,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =1.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.84,7 #end R =3.12,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '2' #Cell '3' =-2.17,7 =-1.36,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-1.81,7 #end R =-0.30,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.33,7 #end R =-0.45,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.03,7 #end R =0.63,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.89,7 #end R =1.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.91,7 #end R =3.78,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '3' #Cell '4' =-3.27,7 =-1.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.01,7 #end R =0,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-2.51,7 #end R =-0.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.26,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.24,7 #end R =2.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-2.32,7 #end R =4.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '4' #Cell '5' =-3.95,7 =1.56,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.79,7 #end R =2.92,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-3.12,7 #end R =2.37,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.81,7 #end R =3.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.76,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '5' #Cell '6' =-2.79,7 =1.29,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-2.41,7 #end R =2.44,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.96,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.61,7 #end R =3.33,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.44,7 #end R =4.82,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '6' #Cell '7' =-1.26,7 =0.58,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.98,7 #end R =1.97,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.13,7 #end R =3.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.27,7 #end R =4.17,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.71,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '7' #Cell '8' =0.26,7 =0.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =0.58,7 #end R =1.34,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =1.05,7 #end R =1.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.41,7 #end R =2.32,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.84,7 #end R =3.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =2.12,7 #end R =4.91,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '8' #Cell '9' =1.39,7 =-0.10,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =1.73,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.36,7 #end R =0.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =2.71,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.20,7 #end R =3.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.65,7 #end R =4.64,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '9' #Cell '10' =1.94,7 =-2.70,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =2.34,7 #end R =-1.61,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.81,7 #end R =-1.69,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.34,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.85,7 #end R =0.48,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.87,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.55,7 #end R =4.99,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '10' #Cell '11' =3.74,7 =-2.67,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.32,7 #end R =-1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =4.52,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.67,7 #end R =1.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =4.80,7 #end R =3.40,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '11' #Cell '12' =2.44,7 =-2.29,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =2.95,7 #end R =-1.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.19,7 #end R =-0.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.32,7 #end R =1.31,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.40,7 #end R =3.38,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =3.84,7 #end R =4.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '12' #Cell '13' =0.93,7 =-1.86,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.42,7 #end R =-1.10,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =3.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.21,7 #end R =4.79,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '13' #Cell '14' =-0.68,7 =-1.46,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.34,7 #end R =-0.58,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.54,7 #end R =3.15,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =4.74,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '14' #Cell '15' =-1.88,7 =-1.08,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.74,7 #end R =-0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-1.82,7 #end R =1.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.94,7 #end R =3.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.54,7 #end R =4.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '15' qq [Keyboard commands 6] #Kondo, change B n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 n-10.5,200 x10.5,200 s0 ce r-1,100,129 r-1.7,500,132 t620"H1" t620"H1" t620"H1" w20 b-1,10 t620"H0" t620"H0" t620"H0" =8,5 =-1,10 #0...6T [21,0 =-3.692,1 =0.769,2 =-2.417-!1,3 =-0.883-!2,4 r!1,500,-133 r!2,500,135 [!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] #=-2.717,1 #=0.637,2 #=-3.483-!1,3 #=-0.475-!2,4 #r!1,500,-133 r!2,500,135 #[!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] =!10+0.1,10 t620"H1" t620"H1" t620"H1" w20 b!10,10 t620"H0" t620"H0" t620"H0" ] qq =6,10 #6...8T [5,0 r0.035,100,-134 r-1.99,500,-133 r-0.83,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.035,100,-134 r0.42,500,-133 r0.71,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.005,100,-134 r1.98,500,-133 r4.21,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r3.19,500,-133 r-0.53,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.0325,100,-134 r1.03,500,-133 r-1.42,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.0075,100,-134 r2.48,500,-133 r2.09,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.02,100,-134 r2.39,500,-133 r4.86,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 =!10+0.5,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 =-4,10 #-4...4T [41,0 r0.015,100,-134 r-0.96,500,-133 r-0.28,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.17,500,-133 r-0.80,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.025,100,-134 r-1.38,500,-133 r-1.32,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" r0.015,100,-134 r-3.95,500,-133 r0.43,500,135 =8,10 #8...-1T [46,0 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b-1,5 t620"H0" w15 t620"H0" w15 t620"H0" =-1,10 #-1...8T [46,0 r-0.01,100,-134 r-0.13,500,-133 r3.26,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.19,500,-133 r-0.77,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.01,100,-134 r-3.95,500,-133 r0.43,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r-3.30,500,-133 r4.00,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r0.55,500,-133 r-0.41,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.03,100,-134 r1.30,500,-133 r1.72,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] qq r-1,100,129 r-1.7,500,132 r-0.015,100,134 r2.28,500,135 r-2.76,500,133 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" =8,10 #8...-1T [46,0 #Cell '5' w15 d1 r1,40,129 d0 w5 d1 r-1,1600,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,5 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 7] #stability+dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =250,1 r-0.0443,100,129 r-1.7,500,132 r0,100,134 r-5,500,133 r-5,500,135 w5 [!1+1,0 d1 r5,500,133 d0 w2 d1 r-5,5000,133 d0 ir10/!1,250,135 w10] qq r-0.005,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] r-0.010,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] qq [Keyboard commands 8] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq [Keyboard commands] [Keyboard commands 1] ce t620 "H1" w15 d1 b0,0.2 d0 t620 "H0" [Keyboard commands 2] #All gates to zero n-10,128 x10,128 n-10,129 x10,129 n-10,130 x10,130 n-10,131 x10,131 n-10,132 x10,132 n-10,133 x10,133 n-10,134 x10,134 n-10,135 x10,135 n-10,136 x10,132 n-10,137 x10,133 n-10,138 x10,134 n-10,139 x10,135 r0,500,128 r0,500,129 r0,500,130 r0,500,131 r0,500,132 r0,500,133 r0,500,134 r0,500,135 r0,500,136 r0,500,137 r0,500,138 r0,500,139 qq [Keyboard commands 3] #Kondo, step gates do dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce r-1.5,100,129 r0,100,134 r-1.8,500,132 =-4.01,1 #R start =4.84,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.41,1 #R start =4.48,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.99,1 #R start =4.27,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.57,1 #R start =3.77,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-3.42,1 #R start =2.51,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.89,1 #R start =2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.42,1 #R start =1.91,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.09,1 #R start =1.52,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.94,1 #R start =0.50,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.49,1 #R start =0.25,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.00,1 #R start =-0.10,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.54,1 #R start =-0.64,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.73,1 #R start =-1.05,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.15,1 #R start =-1.42,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.3,1 #R start =-1.79,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.81,1 #R start =-2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 qq [Keyboard commands 4] #Mini stab dia at fields n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 x10.6,200 n-10.6,200 =100,1 s0 ce r-0.0443,100,129 r0,100,134 r-1.7,500,132 =8,2 [17,0 r-4.5,200,133 r-4,200,135 w10 [!1+1,0 d1 r-1,250,133 d0 w2 d1 r-4.5,5000,133 d0 ir6/!1,250,135 w10] =!2-0.5,2 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!2,10 t620"H0" w15 t620"H0" w15 t620"H0" w5*60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,10 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 5] #Kondo, variable coupling n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =1,1 #range =40,2 #speed =4,9 # steps =-0.01,4 #range B r-!1,100,129 r-1.5,500,132 #Cell '2' =-0.74,7 =-1.86,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =0.02,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =0.53,7 #end R =0.18,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =1.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.84,7 #end R =3.12,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '2' #Cell '3' =-2.17,7 =-1.36,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-1.81,7 #end R =-0.30,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.33,7 #end R =-0.45,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.03,7 #end R =0.63,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.89,7 #end R =1.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.91,7 #end R =3.78,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '3' #Cell '4' =-3.27,7 =-1.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.01,7 #end R =0,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-2.51,7 #end R =-0.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.26,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.24,7 #end R =2.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-2.32,7 #end R =4.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '4' #Cell '5' =-3.95,7 =1.56,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.79,7 #end R =2.92,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-3.12,7 #end R =2.37,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.81,7 #end R =3.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.76,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '5' #Cell '6' =-2.79,7 =1.29,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-2.41,7 #end R =2.44,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.96,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.61,7 #end R =3.33,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.44,7 #end R =4.82,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '6' #Cell '7' =-1.26,7 =0.58,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.98,7 #end R =1.97,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.13,7 #end R =3.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.27,7 #end R =4.17,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.71,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '7' #Cell '8' =0.26,7 =0.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =0.58,7 #end R =1.34,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =1.05,7 #end R =1.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.41,7 #end R =2.32,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.84,7 #end R =3.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =2.12,7 #end R =4.91,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '8' #Cell '9' =1.39,7 =-0.10,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =1.73,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.36,7 #end R =0.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =2.71,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.20,7 #end R =3.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.65,7 #end R =4.64,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '9' #Cell '10' =1.94,7 =-2.70,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =2.34,7 #end R =-1.61,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.81,7 #end R =-1.69,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.34,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.85,7 #end R =0.48,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.87,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.55,7 #end R =4.99,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '10' #Cell '11' =3.74,7 =-2.67,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.32,7 #end R =-1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =4.52,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.67,7 #end R =1.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =4.80,7 #end R =3.40,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '11' #Cell '12' =2.44,7 =-2.29,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =2.95,7 #end R =-1.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.19,7 #end R =-0.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.32,7 #end R =1.31,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.40,7 #end R =3.38,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =3.84,7 #end R =4.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '12' #Cell '13' =0.93,7 =-1.86,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.42,7 #end R =-1.10,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =3.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.21,7 #end R =4.79,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '13' #Cell '14' =-0.68,7 =-1.46,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.34,7 #end R =-0.58,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.54,7 #end R =3.15,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =4.74,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '14' #Cell '15' =-1.88,7 =-1.08,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.74,7 #end R =-0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-1.82,7 #end R =1.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.94,7 #end R =3.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.54,7 #end R =4.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '15' qq [Keyboard commands 6] #Kondo, change B n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 n-10.5,200 x10.5,200 s0 ce r-1,100,129 r-1.7,500,132 t620"H1" t620"H1" t620"H1" w20 b-1,10 t620"H0" t620"H0" t620"H0" =8,5 =-1,10 #0...6T [21,0 =-3.692,1 =0.769,2 =-2.417-!1,3 =-0.883-!2,4 r!1,500,-133 r!2,500,135 [!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] #=-2.717,1 #=0.637,2 #=-3.483-!1,3 #=-0.475-!2,4 #r!1,500,-133 r!2,500,135 #[!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] =!10+0.1,10 t620"H1" t620"H1" t620"H1" w20 b!10,10 t620"H0" t620"H0" t620"H0" ] qq =6,10 #6...8T [5,0 r0.035,100,-134 r-1.99,500,-133 r-0.83,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.035,100,-134 r0.42,500,-133 r0.71,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.005,100,-134 r1.98,500,-133 r4.21,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r3.19,500,-133 r-0.53,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.0325,100,-134 r1.03,500,-133 r-1.42,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.0075,100,-134 r2.48,500,-133 r2.09,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.02,100,-134 r2.39,500,-133 r4.86,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 =!10+0.5,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 =-4,10 #-4...4T [41,0 r0.015,100,-134 r-0.96,500,-133 r-0.28,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.17,500,-133 r-0.80,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.025,100,-134 r-1.38,500,-133 r-1.32,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" r0.015,100,-134 r-3.95,500,-133 r0.43,500,135 =8,10 #8...-1T [46,0 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b-1,5 t620"H0" w15 t620"H0" w15 t620"H0" =-1,10 #-1...8T [46,0 r-0.01,100,-134 r-0.13,500,-133 r3.26,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.19,500,-133 r-0.77,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.01,100,-134 r-3.95,500,-133 r0.43,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r-3.30,500,-133 r4.00,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r0.55,500,-133 r-0.41,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.03,100,-134 r1.30,500,-133 r1.72,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] qq r-1,100,129 r-1.7,500,132 r-0.015,100,134 r2.28,500,135 r-2.76,500,133 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" =8,10 #8...-1T [46,0 #Cell '5' w15 d1 r1,40,129 d0 w5 d1 r-1,1600,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,5 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 7] #stability+dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =250,1 r-0.0443,100,129 r-1.7,500,132 r0,100,134 r-5,500,133 r-5,500,135 w5 [!1+1,0 d1 r5,500,133 d0 w2 d1 r-5,5000,133 d0 ir10/!1,250,135 w10] qq r-0.005,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] r-0.010,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] qq [Keyboard commands 8] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq [Keyboard commands] [Keyboard commands 1] t317,"REM1; PRO4; ITC5; DTC2;BIA0; INP1; POW0; RAN5; EXC4; SPT7000" [Keyboard commands 2] #All gates to zero n-10,128 x10,128 n-10,129 x10,129 n-10,130 x10,130 n-10,131 x10,131 n-10,132 x10,132 n-10,133 x10,133 n-10,134 x10,134 n-10,135 x10,135 n-10,136 x10,132 n-10,137 x10,133 n-10,138 x10,134 n-10,139 x10,135 r0,500,128 r0,500,129 r0,500,130 r0,500,131 r0,500,132 r0,500,133 r0,500,134 r0,500,135 r0,500,136 r0,500,137 r0,500,138 r0,500,139 qq [Keyboard commands 3] #Kondo, step gates do dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce r-1.5,100,129 r0,100,134 r-1.8,500,132 =-4.01,1 #R start =4.84,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.41,1 #R start =4.48,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.99,1 #R start =4.27,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.57,1 #R start =3.77,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-3.42,1 #R start =2.51,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.89,1 #R start =2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.42,1 #R start =1.91,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.09,1 #R start =1.52,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.94,1 #R start =0.50,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.49,1 #R start =0.25,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.00,1 #R start =-0.10,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.54,1 #R start =-0.64,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.73,1 #R start =-1.05,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.15,1 #R start =-1.42,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.3,1 #R start =-1.79,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.81,1 #R start =-2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 qq [Keyboard commands 4] #Mini stab dia at fields n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 x10.6,200 n-10.6,200 =100,1 s0 ce r-0.0443,100,129 r0,100,134 r-1.7,500,132 =8,2 [17,0 r-4.5,200,133 r-4,200,135 w10 [!1+1,0 d1 r-1,250,133 d0 w2 d1 r-4.5,5000,133 d0 ir6/!1,250,135 w10] =!2-0.5,2 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!2,10 t620"H0" w15 t620"H0" w15 t620"H0" w5*60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,10 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 5] #Kondo, variable coupling n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =1,1 #range =40,2 #speed =4,9 # steps =-0.01,4 #range B r-!1,100,129 r-1.5,500,132 #Cell '2' =-0.74,7 =-1.86,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =0.02,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =0.53,7 #end R =0.18,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =1.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.84,7 #end R =3.12,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '2' #Cell '3' =-2.17,7 =-1.36,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-1.81,7 #end R =-0.30,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.33,7 #end R =-0.45,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.03,7 #end R =0.63,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.89,7 #end R =1.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.91,7 #end R =3.78,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '3' #Cell '4' =-3.27,7 =-1.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.01,7 #end R =0,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-2.51,7 #end R =-0.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.26,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.24,7 #end R =2.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-2.32,7 #end R =4.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '4' #Cell '5' =-3.95,7 =1.56,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.79,7 #end R =2.92,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-3.12,7 #end R =2.37,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.81,7 #end R =3.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.76,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '5' #Cell '6' =-2.79,7 =1.29,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-2.41,7 #end R =2.44,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.96,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.61,7 #end R =3.33,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.44,7 #end R =4.82,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '6' #Cell '7' =-1.26,7 =0.58,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.98,7 #end R =1.97,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.13,7 #end R =3.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.27,7 #end R =4.17,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.71,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '7' #Cell '8' =0.26,7 =0.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =0.58,7 #end R =1.34,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =1.05,7 #end R =1.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.41,7 #end R =2.32,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.84,7 #end R =3.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =2.12,7 #end R =4.91,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '8' #Cell '9' =1.39,7 =-0.10,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =1.73,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.36,7 #end R =0.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =2.71,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.20,7 #end R =3.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.65,7 #end R =4.64,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '9' #Cell '10' =1.94,7 =-2.70,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =2.34,7 #end R =-1.61,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.81,7 #end R =-1.69,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.34,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.85,7 #end R =0.48,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.87,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.55,7 #end R =4.99,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '10' #Cell '11' =3.74,7 =-2.67,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.32,7 #end R =-1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =4.52,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.67,7 #end R =1.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =4.80,7 #end R =3.40,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '11' #Cell '12' =2.44,7 =-2.29,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =2.95,7 #end R =-1.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.19,7 #end R =-0.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.32,7 #end R =1.31,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.40,7 #end R =3.38,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =3.84,7 #end R =4.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '12' #Cell '13' =0.93,7 =-1.86,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.42,7 #end R =-1.10,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =3.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.21,7 #end R =4.79,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '13' #Cell '14' =-0.68,7 =-1.46,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.34,7 #end R =-0.58,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.54,7 #end R =3.15,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =4.74,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '14' #Cell '15' =-1.88,7 =-1.08,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.74,7 #end R =-0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-1.82,7 #end R =1.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.94,7 #end R =3.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.54,7 #end R =4.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '15' qq [Keyboard commands 6] #Kondo, change B n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 n-10.5,200 x10.5,200 s0 ce r-1,100,129 r-1.7,500,132 t620"H1" t620"H1" t620"H1" w20 b-1,10 t620"H0" t620"H0" t620"H0" =8,5 =-1,10 #0...6T [21,0 =-3.692,1 =0.769,2 =-2.417-!1,3 =-0.883-!2,4 r!1,500,-133 r!2,500,135 [!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] #=-2.717,1 #=0.637,2 #=-3.483-!1,3 #=-0.475-!2,4 #r!1,500,-133 r!2,500,135 #[!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] =!10+0.1,10 t620"H1" t620"H1" t620"H1" w20 b!10,10 t620"H0" t620"H0" t620"H0" ] qq =6,10 #6...8T [5,0 r0.035,100,-134 r-1.99,500,-133 r-0.83,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.035,100,-134 r0.42,500,-133 r0.71,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.005,100,-134 r1.98,500,-133 r4.21,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r3.19,500,-133 r-0.53,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.0325,100,-134 r1.03,500,-133 r-1.42,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.0075,100,-134 r2.48,500,-133 r2.09,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.02,100,-134 r2.39,500,-133 r4.86,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 =!10+0.5,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 =-4,10 #-4...4T [41,0 r0.015,100,-134 r-0.96,500,-133 r-0.28,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.17,500,-133 r-0.80,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.025,100,-134 r-1.38,500,-133 r-1.32,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" r0.015,100,-134 r-3.95,500,-133 r0.43,500,135 =8,10 #8...-1T [46,0 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b-1,5 t620"H0" w15 t620"H0" w15 t620"H0" =-1,10 #-1...8T [46,0 r-0.01,100,-134 r-0.13,500,-133 r3.26,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.19,500,-133 r-0.77,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.01,100,-134 r-3.95,500,-133 r0.43,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r-3.30,500,-133 r4.00,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r0.55,500,-133 r-0.41,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.03,100,-134 r1.30,500,-133 r1.72,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] qq r-1,100,129 r-1.7,500,132 r-0.015,100,134 r2.28,500,135 r-2.76,500,133 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" =8,10 #8...-1T [46,0 #Cell '5' w15 d1 r1,40,129 d0 w5 d1 r-1,1600,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,5 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 7] #stability+dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =250,1 r-0.0443,100,129 r-1.7,500,132 r0,100,134 r-5,500,133 r-5,500,135 w5 [!1+1,0 d1 r5,500,133 d0 w2 d1 r-5,5000,133 d0 ir10/!1,250,135 w10] qq r-0.005,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] r-0.010,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] qq [Keyboard commands 8] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq [Keyboard commands] [Keyboard commands 1] n-10,29 x10,29 r0,100,29 [Keyboard commands 2] #All gates to zero n-10,128 x10,128 n-10,129 x10,129 n-10,130 x10,130 n-10,131 x10,131 n-10,132 x10,132 n-10,133 x10,133 n-10,134 x10,134 n-10,135 x10,135 n-10,136 x10,132 n-10,137 x10,133 n-10,138 x10,134 n-10,139 x10,135 r0,500,128 r0,500,129 r0,500,130 r0,500,131 r0,500,132 r0,500,133 r0,500,134 r0,500,135 r0,500,136 r0,500,137 r0,500,138 r0,500,139 qq [Keyboard commands 3] #Kondo, step gates do dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce r-1.5,100,129 r0,100,134 r-1.8,500,132 =-4.01,1 #R start =4.84,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.41,1 #R start =4.48,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.99,1 #R start =4.27,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.57,1 #R start =3.77,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-3.42,1 #R start =2.51,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.89,1 #R start =2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.42,1 #R start =1.91,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.09,1 #R start =1.52,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.94,1 #R start =0.50,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.49,1 #R start =0.25,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.00,1 #R start =-0.10,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.54,1 #R start =-0.64,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.73,1 #R start =-1.05,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.15,1 #R start =-1.42,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.3,1 #R start =-1.79,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.81,1 #R start =-2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 qq [Keyboard commands 4] #Mini stab dia at fields n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 x10.6,200 n-10.6,200 =100,1 s0 ce r-0.0443,100,129 r0,100,134 r-1.7,500,132 =8,2 [17,0 r-4.5,200,133 r-4,200,135 w10 [!1+1,0 d1 r-1,250,133 d0 w2 d1 r-4.5,5000,133 d0 ir6/!1,250,135 w10] =!2-0.5,2 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!2,10 t620"H0" w15 t620"H0" w15 t620"H0" w5*60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,10 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 5] #Kondo, variable coupling n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =1,1 #range =40,2 #speed =4,9 # steps =-0.01,4 #range B r-!1,100,129 r-1.5,500,132 #Cell '2' =-0.74,7 =-1.86,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =0.02,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =0.53,7 #end R =0.18,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =1.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.84,7 #end R =3.12,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '2' #Cell '3' =-2.17,7 =-1.36,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-1.81,7 #end R =-0.30,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.33,7 #end R =-0.45,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.03,7 #end R =0.63,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.89,7 #end R =1.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.91,7 #end R =3.78,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '3' #Cell '4' =-3.27,7 =-1.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.01,7 #end R =0,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-2.51,7 #end R =-0.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.26,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.24,7 #end R =2.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-2.32,7 #end R =4.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '4' #Cell '5' =-3.95,7 =1.56,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.79,7 #end R =2.92,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-3.12,7 #end R =2.37,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.81,7 #end R =3.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.76,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '5' #Cell '6' =-2.79,7 =1.29,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-2.41,7 #end R =2.44,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.96,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.61,7 #end R =3.33,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.44,7 #end R =4.82,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '6' #Cell '7' =-1.26,7 =0.58,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.98,7 #end R =1.97,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.13,7 #end R =3.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.27,7 #end R =4.17,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.71,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '7' #Cell '8' =0.26,7 =0.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =0.58,7 #end R =1.34,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =1.05,7 #end R =1.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.41,7 #end R =2.32,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.84,7 #end R =3.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =2.12,7 #end R =4.91,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '8' #Cell '9' =1.39,7 =-0.10,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =1.73,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.36,7 #end R =0.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =2.71,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.20,7 #end R =3.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.65,7 #end R =4.64,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '9' #Cell '10' =1.94,7 =-2.70,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =2.34,7 #end R =-1.61,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.81,7 #end R =-1.69,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.34,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.85,7 #end R =0.48,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.87,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.55,7 #end R =4.99,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '10' #Cell '11' =3.74,7 =-2.67,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.32,7 #end R =-1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =4.52,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.67,7 #end R =1.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =4.80,7 #end R =3.40,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '11' #Cell '12' =2.44,7 =-2.29,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =2.95,7 #end R =-1.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.19,7 #end R =-0.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.32,7 #end R =1.31,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.40,7 #end R =3.38,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =3.84,7 #end R =4.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '12' #Cell '13' =0.93,7 =-1.86,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.42,7 #end R =-1.10,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =3.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.21,7 #end R =4.79,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '13' #Cell '14' =-0.68,7 =-1.46,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.34,7 #end R =-0.58,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.54,7 #end R =3.15,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =4.74,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '14' #Cell '15' =-1.88,7 =-1.08,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.74,7 #end R =-0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-1.82,7 #end R =1.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.94,7 #end R =3.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.54,7 #end R =4.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '15' qq [Keyboard commands 6] #Kondo, change B n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 n-10.5,200 x10.5,200 s0 ce r-1,100,129 r-1.7,500,132 t620"H1" t620"H1" t620"H1" w20 b-1,10 t620"H0" t620"H0" t620"H0" =8,5 =-1,10 #0...6T [21,0 =-3.692,1 =0.769,2 =-2.417-!1,3 =-0.883-!2,4 r!1,500,-133 r!2,500,135 [!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] #=-2.717,1 #=0.637,2 #=-3.483-!1,3 #=-0.475-!2,4 #r!1,500,-133 r!2,500,135 #[!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] =!10+0.1,10 t620"H1" t620"H1" t620"H1" w20 b!10,10 t620"H0" t620"H0" t620"H0" ] qq =6,10 #6...8T [5,0 r0.035,100,-134 r-1.99,500,-133 r-0.83,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.035,100,-134 r0.42,500,-133 r0.71,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.005,100,-134 r1.98,500,-133 r4.21,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r3.19,500,-133 r-0.53,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.0325,100,-134 r1.03,500,-133 r-1.42,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.0075,100,-134 r2.48,500,-133 r2.09,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.02,100,-134 r2.39,500,-133 r4.86,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 =!10+0.5,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 =-4,10 #-4...4T [41,0 r0.015,100,-134 r-0.96,500,-133 r-0.28,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.17,500,-133 r-0.80,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.025,100,-134 r-1.38,500,-133 r-1.32,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" r0.015,100,-134 r-3.95,500,-133 r0.43,500,135 =8,10 #8...-1T [46,0 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b-1,5 t620"H0" w15 t620"H0" w15 t620"H0" =-1,10 #-1...8T [46,0 r-0.01,100,-134 r-0.13,500,-133 r3.26,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.19,500,-133 r-0.77,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.01,100,-134 r-3.95,500,-133 r0.43,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r-3.30,500,-133 r4.00,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r0.55,500,-133 r-0.41,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.03,100,-134 r1.30,500,-133 r1.72,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] qq r-1,100,129 r-1.7,500,132 r-0.015,100,134 r2.28,500,135 r-2.76,500,133 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" =8,10 #8...-1T [46,0 #Cell '5' w15 d1 r1,40,129 d0 w5 d1 r-1,1600,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,5 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 7] #stability+dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =250,1 r-0.0443,100,129 r-1.7,500,132 r0,100,134 r-5,500,133 r-5,500,135 w5 [!1+1,0 d1 r5,500,133 d0 w2 d1 r-5,5000,133 d0 ir10/!1,250,135 w10] qq r-0.005,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] r-0.010,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] qq [Keyboard commands 8] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq [Keyboard commands] [Keyboard commands 1] t317,2,"REM0" [Keyboard commands 2] #All gates to zero n-10,128 x10,128 n-10,129 x10,129 n-10,130 x10,130 n-10,131 x10,131 n-10,132 x10,132 n-10,133 x10,133 n-10,134 x10,134 n-10,135 x10,135 n-10,136 x10,132 n-10,137 x10,133 n-10,138 x10,134 n-10,139 x10,135 r0,500,128 r0,500,129 r0,500,130 r0,500,131 r0,500,132 r0,500,133 r0,500,134 r0,500,135 r0,500,136 r0,500,137 r0,500,138 r0,500,139 qq [Keyboard commands 3] #Kondo, step gates do dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce r-1.5,100,129 r0,100,134 r-1.8,500,132 =-4.01,1 #R start =4.84,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.41,1 #R start =4.48,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.99,1 #R start =4.27,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.57,1 #R start =3.77,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-3.42,1 #R start =2.51,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.89,1 #R start =2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.42,1 #R start =1.91,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.09,1 #R start =1.52,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.94,1 #R start =0.50,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.49,1 #R start =0.25,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.00,1 #R start =-0.10,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.54,1 #R start =-0.64,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.73,1 #R start =-1.05,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.15,1 #R start =-1.42,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.3,1 #R start =-1.79,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.81,1 #R start =-2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 qq [Keyboard commands 4] #Mini stab dia at fields n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 x10.6,200 n-10.6,200 =100,1 s0 ce r-0.0443,100,129 r0,100,134 r-1.7,500,132 =8,2 [17,0 r-4.5,200,133 r-4,200,135 w10 [!1+1,0 d1 r-1,250,133 d0 w2 d1 r-4.5,5000,133 d0 ir6/!1,250,135 w10] =!2-0.5,2 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!2,10 t620"H0" w15 t620"H0" w15 t620"H0" w5*60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,10 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 5] #Kondo, variable coupling n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =1,1 #range =40,2 #speed =4,9 # steps =-0.01,4 #range B r-!1,100,129 r-1.5,500,132 #Cell '2' =-0.74,7 =-1.86,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =0.02,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =0.53,7 #end R =0.18,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =1.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.84,7 #end R =3.12,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '2' #Cell '3' =-2.17,7 =-1.36,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-1.81,7 #end R =-0.30,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.33,7 #end R =-0.45,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.03,7 #end R =0.63,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.89,7 #end R =1.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.91,7 #end R =3.78,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '3' #Cell '4' =-3.27,7 =-1.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.01,7 #end R =0,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-2.51,7 #end R =-0.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.26,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.24,7 #end R =2.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-2.32,7 #end R =4.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '4' #Cell '5' =-3.95,7 =1.56,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.79,7 #end R =2.92,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-3.12,7 #end R =2.37,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.81,7 #end R =3.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.76,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '5' #Cell '6' =-2.79,7 =1.29,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-2.41,7 #end R =2.44,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.96,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.61,7 #end R =3.33,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.44,7 #end R =4.82,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '6' #Cell '7' =-1.26,7 =0.58,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.98,7 #end R =1.97,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.13,7 #end R =3.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.27,7 #end R =4.17,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.71,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '7' #Cell '8' =0.26,7 =0.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =0.58,7 #end R =1.34,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =1.05,7 #end R =1.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.41,7 #end R =2.32,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.84,7 #end R =3.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =2.12,7 #end R =4.91,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '8' #Cell '9' =1.39,7 =-0.10,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =1.73,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.36,7 #end R =0.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =2.71,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.20,7 #end R =3.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.65,7 #end R =4.64,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '9' #Cell '10' =1.94,7 =-2.70,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =2.34,7 #end R =-1.61,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.81,7 #end R =-1.69,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.34,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.85,7 #end R =0.48,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.87,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.55,7 #end R =4.99,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '10' #Cell '11' =3.74,7 =-2.67,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.32,7 #end R =-1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =4.52,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.67,7 #end R =1.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =4.80,7 #end R =3.40,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '11' #Cell '12' =2.44,7 =-2.29,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =2.95,7 #end R =-1.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.19,7 #end R =-0.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.32,7 #end R =1.31,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.40,7 #end R =3.38,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =3.84,7 #end R =4.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '12' #Cell '13' =0.93,7 =-1.86,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.42,7 #end R =-1.10,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =3.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.21,7 #end R =4.79,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '13' #Cell '14' =-0.68,7 =-1.46,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.34,7 #end R =-0.58,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.54,7 #end R =3.15,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =4.74,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '14' #Cell '15' =-1.88,7 =-1.08,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.74,7 #end R =-0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-1.82,7 #end R =1.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.94,7 #end R =3.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.54,7 #end R =4.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '15' qq [Keyboard commands 6] #Kondo, change B n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 n-10.5,200 x10.5,200 s0 ce r-1,100,129 r-1.7,500,132 t620"H1" t620"H1" t620"H1" w20 b-1,10 t620"H0" t620"H0" t620"H0" =8,5 =-1,10 #0...6T [21,0 =-3.692,1 =0.769,2 =-2.417-!1,3 =-0.883-!2,4 r!1,500,-133 r!2,500,135 [!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] #=-2.717,1 #=0.637,2 #=-3.483-!1,3 #=-0.475-!2,4 #r!1,500,-133 r!2,500,135 #[!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] =!10+0.1,10 t620"H1" t620"H1" t620"H1" w20 b!10,10 t620"H0" t620"H0" t620"H0" ] qq =6,10 #6...8T [5,0 r0.035,100,-134 r-1.99,500,-133 r-0.83,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.035,100,-134 r0.42,500,-133 r0.71,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.005,100,-134 r1.98,500,-133 r4.21,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r3.19,500,-133 r-0.53,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.0325,100,-134 r1.03,500,-133 r-1.42,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.0075,100,-134 r2.48,500,-133 r2.09,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.02,100,-134 r2.39,500,-133 r4.86,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 =!10+0.5,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 =-4,10 #-4...4T [41,0 r0.015,100,-134 r-0.96,500,-133 r-0.28,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.17,500,-133 r-0.80,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.025,100,-134 r-1.38,500,-133 r-1.32,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" r0.015,100,-134 r-3.95,500,-133 r0.43,500,135 =8,10 #8...-1T [46,0 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b-1,5 t620"H0" w15 t620"H0" w15 t620"H0" =-1,10 #-1...8T [46,0 r-0.01,100,-134 r-0.13,500,-133 r3.26,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.19,500,-133 r-0.77,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.01,100,-134 r-3.95,500,-133 r0.43,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r-3.30,500,-133 r4.00,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r0.55,500,-133 r-0.41,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.03,100,-134 r1.30,500,-133 r1.72,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] qq r-1,100,129 r-1.7,500,132 r-0.015,100,134 r2.28,500,135 r-2.76,500,133 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" =8,10 #8...-1T [46,0 #Cell '5' w15 d1 r1,40,129 d0 w5 d1 r-1,1600,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,5 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 7] #stability+dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =250,1 r-0.0443,100,129 r-1.7,500,132 r0,100,134 r-5,500,133 r-5,500,135 w5 [!1+1,0 d1 r5,500,133 d0 w2 d1 r-5,5000,133 d0 ir10/!1,250,135 w10] qq r-0.005,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] r-0.010,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] qq [Keyboard commands 8] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq [Keyboard commands] [Keyboard commands 1] t317,2,"SPT3450;PRO4;ITC5;DTC2;BIA0;POW4" [Keyboard commands 2] #All gates to zero n-10,128 x10,128 n-10,129 x10,129 n-10,130 x10,130 n-10,131 x10,131 n-10,132 x10,132 n-10,133 x10,133 n-10,134 x10,134 n-10,135 x10,135 n-10,136 x10,132 n-10,137 x10,133 n-10,138 x10,134 n-10,139 x10,135 r0,500,128 r0,500,129 r0,500,130 r0,500,131 r0,500,132 r0,500,133 r0,500,134 r0,500,135 r0,500,136 r0,500,137 r0,500,138 r0,500,139 qq [Keyboard commands 3] #Kondo, step gates do dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce r-1.5,100,129 r0,100,134 r-1.8,500,132 =-4.01,1 #R start =4.84,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.41,1 #R start =4.48,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.99,1 #R start =4.27,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.57,1 #R start =3.77,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-3.42,1 #R start =2.51,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.89,1 #R start =2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.42,1 #R start =1.91,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.09,1 #R start =1.52,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.94,1 #R start =0.50,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.49,1 #R start =0.25,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.00,1 #R start =-0.10,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.54,1 #R start =-0.64,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.73,1 #R start =-1.05,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.15,1 #R start =-1.42,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.3,1 #R start =-1.79,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.81,1 #R start =-2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 qq [Keyboard commands 4] #Mini stab dia at fields n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 x10.6,200 n-10.6,200 =100,1 s0 ce r-0.0443,100,129 r0,100,134 r-1.7,500,132 =8,2 [17,0 r-4.5,200,133 r-4,200,135 w10 [!1+1,0 d1 r-1,250,133 d0 w2 d1 r-4.5,5000,133 d0 ir6/!1,250,135 w10] =!2-0.5,2 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!2,10 t620"H0" w15 t620"H0" w15 t620"H0" w5*60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,10 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 5] #Kondo, variable coupling n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =1,1 #range =40,2 #speed =4,9 # steps =-0.01,4 #range B r-!1,100,129 r-1.5,500,132 #Cell '2' =-0.74,7 =-1.86,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =0.02,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =0.53,7 #end R =0.18,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =1.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.84,7 #end R =3.12,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '2' #Cell '3' =-2.17,7 =-1.36,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-1.81,7 #end R =-0.30,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.33,7 #end R =-0.45,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.03,7 #end R =0.63,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.89,7 #end R =1.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.91,7 #end R =3.78,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '3' #Cell '4' =-3.27,7 =-1.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.01,7 #end R =0,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-2.51,7 #end R =-0.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.26,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.24,7 #end R =2.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-2.32,7 #end R =4.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '4' #Cell '5' =-3.95,7 =1.56,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.79,7 #end R =2.92,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-3.12,7 #end R =2.37,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.81,7 #end R =3.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.76,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '5' #Cell '6' =-2.79,7 =1.29,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-2.41,7 #end R =2.44,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.96,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.61,7 #end R =3.33,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.44,7 #end R =4.82,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '6' #Cell '7' =-1.26,7 =0.58,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.98,7 #end R =1.97,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.13,7 #end R =3.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.27,7 #end R =4.17,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.71,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '7' #Cell '8' =0.26,7 =0.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =0.58,7 #end R =1.34,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =1.05,7 #end R =1.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.41,7 #end R =2.32,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.84,7 #end R =3.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =2.12,7 #end R =4.91,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '8' #Cell '9' =1.39,7 =-0.10,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =1.73,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.36,7 #end R =0.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =2.71,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.20,7 #end R =3.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.65,7 #end R =4.64,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '9' #Cell '10' =1.94,7 =-2.70,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =2.34,7 #end R =-1.61,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.81,7 #end R =-1.69,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.34,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.85,7 #end R =0.48,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.87,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.55,7 #end R =4.99,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '10' #Cell '11' =3.74,7 =-2.67,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.32,7 #end R =-1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =4.52,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.67,7 #end R =1.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =4.80,7 #end R =3.40,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '11' #Cell '12' =2.44,7 =-2.29,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =2.95,7 #end R =-1.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.19,7 #end R =-0.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.32,7 #end R =1.31,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.40,7 #end R =3.38,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =3.84,7 #end R =4.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '12' #Cell '13' =0.93,7 =-1.86,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.42,7 #end R =-1.10,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =3.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.21,7 #end R =4.79,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '13' #Cell '14' =-0.68,7 =-1.46,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.34,7 #end R =-0.58,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.54,7 #end R =3.15,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =4.74,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '14' #Cell '15' =-1.88,7 =-1.08,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.74,7 #end R =-0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-1.82,7 #end R =1.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.94,7 #end R =3.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.54,7 #end R =4.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '15' qq [Keyboard commands 6] #Kondo, change B n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 n-10.5,200 x10.5,200 s0 ce r-1,100,129 r-1.7,500,132 t620"H1" t620"H1" t620"H1" w20 b-1,10 t620"H0" t620"H0" t620"H0" =8,5 =-1,10 #0...6T [21,0 =-3.692,1 =0.769,2 =-2.417-!1,3 =-0.883-!2,4 r!1,500,-133 r!2,500,135 [!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] #=-2.717,1 #=0.637,2 #=-3.483-!1,3 #=-0.475-!2,4 #r!1,500,-133 r!2,500,135 #[!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] =!10+0.1,10 t620"H1" t620"H1" t620"H1" w20 b!10,10 t620"H0" t620"H0" t620"H0" ] qq =6,10 #6...8T [5,0 r0.035,100,-134 r-1.99,500,-133 r-0.83,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.035,100,-134 r0.42,500,-133 r0.71,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.005,100,-134 r1.98,500,-133 r4.21,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r3.19,500,-133 r-0.53,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.0325,100,-134 r1.03,500,-133 r-1.42,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.0075,100,-134 r2.48,500,-133 r2.09,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.02,100,-134 r2.39,500,-133 r4.86,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 =!10+0.5,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 =-4,10 #-4...4T [41,0 r0.015,100,-134 r-0.96,500,-133 r-0.28,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.17,500,-133 r-0.80,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.025,100,-134 r-1.38,500,-133 r-1.32,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" r0.015,100,-134 r-3.95,500,-133 r0.43,500,135 =8,10 #8...-1T [46,0 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b-1,5 t620"H0" w15 t620"H0" w15 t620"H0" =-1,10 #-1...8T [46,0 r-0.01,100,-134 r-0.13,500,-133 r3.26,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.19,500,-133 r-0.77,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.01,100,-134 r-3.95,500,-133 r0.43,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r-3.30,500,-133 r4.00,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r0.55,500,-133 r-0.41,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.03,100,-134 r1.30,500,-133 r1.72,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] qq r-1,100,129 r-1.7,500,132 r-0.015,100,134 r2.28,500,135 r-2.76,500,133 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" =8,10 #8...-1T [46,0 #Cell '5' w15 d1 r1,40,129 d0 w5 d1 r-1,1600,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,5 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 7] #stability+dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =250,1 r-0.0443,100,129 r-1.7,500,132 r0,100,134 r-5,500,133 r-5,500,135 w5 [!1+1,0 d1 r5,500,133 d0 w2 d1 r-5,5000,133 d0 ir10/!1,250,135 w10] qq r-0.005,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] r-0.010,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] qq [Keyboard commands 8] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq [Keyboard commands] [Keyboard commands 1] t317,2,"REM0" [Keyboard commands 2] #All gates to zero n-10,128 x10,128 n-10,129 x10,129 n-10,130 x10,130 n-10,131 x10,131 n-10,132 x10,132 n-10,133 x10,133 n-10,134 x10,134 n-10,135 x10,135 n-10,136 x10,132 n-10,137 x10,133 n-10,138 x10,134 n-10,139 x10,135 r0,500,128 r0,500,129 r0,500,130 r0,500,131 r0,500,132 r0,500,133 r0,500,134 r0,500,135 r0,500,136 r0,500,137 r0,500,138 r0,500,139 qq [Keyboard commands 3] #Kondo, step gates do dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce r-1.5,100,129 r0,100,134 r-1.8,500,132 =-4.01,1 #R start =4.84,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.41,1 #R start =4.48,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.99,1 #R start =4.27,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.57,1 #R start =3.77,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-3.42,1 #R start =2.51,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.89,1 #R start =2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-0.42,1 #R start =1.91,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.09,1 #R start =1.52,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.94,1 #R start =0.50,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.49,1 #R start =0.25,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.00,1 #R start =-0.10,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.54,1 #R start =-0.64,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-2.73,1 #R start =-1.05,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =-1.15,1 #R start =-1.42,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =0.3,1 #R start =-1.79,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 =1.81,1 #R start =-2.24,2 #L start r!1,200,133 r!2,200,135 w15 d1 r1.5,40,129 d0 w5 d1 r-1.5,200,129 d0 qq [Keyboard commands 4] #Mini stab dia at fields n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 x10.6,200 n-10.6,200 =100,1 s0 ce r-0.0443,100,129 r0,100,134 r-1.7,500,132 =8,2 [17,0 r-4.5,200,133 r-4,200,135 w10 [!1+1,0 d1 r-1,250,133 d0 w2 d1 r-4.5,5000,133 d0 ir6/!1,250,135 w10] =!2-0.5,2 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!2,10 t620"H0" w15 t620"H0" w15 t620"H0" w5*60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,10 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 5] #Kondo, variable coupling n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =1,1 #range =40,2 #speed =4,9 # steps =-0.01,4 #range B r-!1,100,129 r-1.5,500,132 #Cell '2' =-0.74,7 =-1.86,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =0.02,7 #end R =-0.76,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =0.53,7 #end R =0.18,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =1.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.84,7 #end R =3.12,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.92,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '2' #Cell '3' =-2.17,7 =-1.36,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-1.81,7 #end R =-0.30,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.33,7 #end R =-0.45,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.03,7 #end R =0.63,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.89,7 #end R =1.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.91,7 #end R =3.78,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '3' #Cell '4' =-3.27,7 =-1.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.01,7 #end R =0,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-2.51,7 #end R =-0.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.26,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.24,7 #end R =2.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-2.32,7 #end R =4.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '4' #Cell '5' =-3.95,7 =1.56,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-3.79,7 #end R =2.92,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-3.12,7 #end R =2.37,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-2.81,7 #end R =3.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-2.76,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '5' #Cell '6' =-2.79,7 =1.29,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-2.41,7 #end R =2.44,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-1.96,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.61,7 #end R =3.33,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.44,7 #end R =4.82,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '6' #Cell '7' =-1.26,7 =0.58,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =-0.98,7 #end R =1.97,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =-0.38,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.13,7 #end R =3.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =0.27,7 #end R =4.17,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =0.71,7 #end R =5.00,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '7' #Cell '8' =0.26,7 =0.08,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =0.58,7 #end R =1.34,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =1.05,7 #end R =1.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.41,7 #end R =2.32,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.84,7 #end R =3.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =2.12,7 #end R =4.91,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '8' #Cell '9' =1.39,7 =-0.10,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =1.73,7 #end R =1.56,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.36,7 #end R =0.60,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =2.71,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.20,7 #end R =3.41,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.65,7 #end R =4.64,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '9' #Cell '10' =1.94,7 =-2.70,8 =0.04,3 #start B =!7,5 #start R =!8,6 #start L =2.34,7 #end R =-1.61,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.81,7 #end R =-1.69,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.34,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.85,7 #end R =0.48,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.87,7 #end R =2.19,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.55,7 #end R =4.99,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '10' #Cell '11' =3.74,7 =-2.67,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.32,7 #end R =-1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =4.52,7 #end R =-0.68,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =4.67,7 #end R =1.13,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =4.80,7 #end R =3.40,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '11' #Cell '12' =2.44,7 =-2.29,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =2.95,7 #end R =-1.51,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =3.19,7 #end R =-0.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =3.32,7 #end R =1.31,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =3.40,7 #end R =3.38,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =3.84,7 #end R =4.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '12' #Cell '13' =0.93,7 =-1.86,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.42,7 #end R =-1.10,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =1.86,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =1.52,7 #end R =3.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.03,3 #start B =!7,5 #start R =!8,6 #start L =2.21,7 #end R =4.79,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '13' #Cell '14' =-0.68,7 =-1.46,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.34,7 #end R =-0.58,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =0.98,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-0.54,7 #end R =3.15,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-0.31,7 #end R =4.74,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '14' #Cell '15' =-1.88,7 =-1.08,8 =0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.74,7 #end R =-0.08,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =0,3 #start B =!7,5 #start R =!8,6 #start L =-1.82,7 #end R =1.54,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.01,3 #start B =!7,5 #start R =!8,6 #start L =-1.94,7 #end R =3.53,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] =-0.02,3 #start B =!7,5 #start R =!8,6 #start L =-1.54,7 #end R =4.96,8 #end L r!3,100,-134 r!5,200,-133 r!6,200,135 [!9,0 w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 ir!4/!9,100,-134 ir(!7-!5)/!9,200,-133 ir(!8-!6)/!9,200,135] w15 d1 r!1,!2,129 d0 w5 d1 r-!1,!2*10,129 d0 #End Cell '15' qq [Keyboard commands 6] #Kondo, change B n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 n-10.5,200 x10.5,200 s0 ce r-1,100,129 r-1.7,500,132 t620"H1" t620"H1" t620"H1" w20 b-1,10 t620"H0" t620"H0" t620"H0" =8,5 =-1,10 #0...6T [21,0 =-3.692,1 =0.769,2 =-2.417-!1,3 =-0.883-!2,4 r!1,500,-133 r!2,500,135 [!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] #=-2.717,1 #=0.637,2 #=-3.483-!1,3 #=-0.475-!2,4 #r!1,500,-133 r!2,500,135 #[!5+1,0 w10 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 ir!3/!5,500,-133 ir!4/!5,500,135] =!10+0.1,10 t620"H1" t620"H1" t620"H1" w20 b!10,10 t620"H0" t620"H0" t620"H0" ] qq =6,10 #6...8T [5,0 r0.035,100,-134 r-1.99,500,-133 r-0.83,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.035,100,-134 r0.42,500,-133 r0.71,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.005,100,-134 r1.98,500,-133 r4.21,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r3.19,500,-133 r-0.53,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r0.0325,100,-134 r1.03,500,-133 r-1.42,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.0075,100,-134 r2.48,500,-133 r2.09,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 r-0.02,100,-134 r2.39,500,-133 r4.86,500,135 w30 d1 r1,40,129 d0 w5 d1 r-1,400,129 d0 =!10+0.5,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 =-4,10 #-4...4T [41,0 r0.015,100,-134 r-0.96,500,-133 r-0.28,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.17,500,-133 r-0.80,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 r0.025,100,-134 r-1.38,500,-133 r-1.32,500,135 w30 d1 r1,20,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" r0.015,100,-134 r-3.95,500,-133 r0.43,500,135 =8,10 #8...-1T [46,0 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,20 t620"H0" w15 t620"H0" w15 t620"H0" qq s0 ce r-1,100,129 r-1.8,500,132 t620"H1" w15 t620"H1" w15 t620"H1" w15 b-1,5 t620"H0" w15 t620"H0" w15 t620"H0" =-1,10 #-1...8T [46,0 r-0.01,100,-134 r-0.13,500,-133 r3.26,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.02,100,-134 r-1.19,500,-133 r-0.77,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r0.01,100,-134 r-3.95,500,-133 r0.43,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r-3.30,500,-133 r4.00,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.01,100,-134 r0.55,500,-133 r-0.41,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 r-0.03,100,-134 r1.30,500,-133 r1.72,500,135 w30 d1 r1,80,129 d0 w5 d1 r-1,400,129 d0 =!10+0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] qq r-1,100,129 r-1.7,500,132 r-0.015,100,134 r2.28,500,135 r-2.76,500,133 t620"H1" w15 t620"H1" w15 t620"H1" w15 b8,5 t620"H0" w15 t620"H0" w15 t620"H0" =8,10 #8...-1T [46,0 #Cell '5' w15 d1 r1,40,129 d0 w5 d1 r-1,1600,129 d0 =!10-0.2,10 t620"H1" w15 t620"H1" w15 t620"H1" w15 b!10,5 t620"H0" w15 t620"H0" w15 t620"H0" w60 ] t620"H1" w15 t620"H1" w15 t620"H1" w15 b0,5 t620"H0" w15 t620"H0" w15 t620"H0" qq [Keyboard commands 7] #stability+dI/dV n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce =250,1 r-0.0443,100,129 r-1.7,500,132 r0,100,134 r-5,500,133 r-5,500,135 w5 [!1+1,0 d1 r5,500,133 d0 w2 d1 r-5,5000,133 d0 ir10/!1,250,135 w10] qq r-0.005,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] r-0.010,100,134 r-5,500,133 r0,500,135 w5 [!1+1,0 d1 r-3,500,133 d0 w2 d1 r-5,5000,133 d0 ir5/!1,250,135 w10] qq [Keyboard commands 8] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =150,1 s0 ce r-1.0343,1000,129 r-2.5,1000,133 r-3.1,1000,135 r0,1000,130 r0,1000,134 w5 [!1+1,0 d1 r4.1,250,133 d0 w2 d1 r-2.5,5000,133 d0 ir5/!1,25,135 w10] qq [Keyboard commands 9] #Detailed biased DQD triple point (for pinpointing detuning) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-3.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,129 x10.1,129 n-2.1,128 x2.1,128 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =50,1 s0 ce =-0.62,2 #x centre =1.23,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,50,133 d0 w2 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w10] #r!2-!4,1000,133 #r!3-!5,1000,135 #w5 #[!1+1,0 d1 r!3+!5,10,135 d0 w2 d1 r!3-!5,500,135 d0 ir(2*!4)/!1,25,133 w10] qq qq [Keyboard commands 10] #Very quick DQD triple point (for quickly locating) n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-10.1,129 x10.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r-0.5,500,132 =10,1 =0,10 s0 ce =-0.6,2 #x centre =1.1,3 #y centre =0.4,4 #1/2 wide =0.4,5 #1/2 tall r0,100,134 r-1.0343,1000,129 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,200,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq w-1 =-0.39,2 #x centre =1.37,3 #y centre =0.5,4 #1/2 wide =0.5,5 #1/2 tall r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,500,133 d0 w2 d1 r!2-!4,1250,133 d0 ir(2*!5)/!1,25,135 w5] qq [Keyboard commands 11] #Find low-bias DQD triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.464,2 #x centre =1.10,3 #y centre #0.8 wide #0.7 tall r0.04,1000,128 r!2-0.2,1000,133 r!3-0.2,1000,135 w5 [!1+1,0 d1 r!2+0.2,50,133 d0 w2 d1 r!2-0.2,500,133 d0 ir0.4/!1,25,135 w5] qq [Keyboard commands 12] #Gate bias ramp n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-5.1,128 x5.1,128 n-5.1,129 x5.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 s0 ce d0 r0,100,133 r0,100,134 r0,100,135 r-2,500,129 r-1.4,100,132 =800,1 [!1+1,0 d1 r2,180,129 d0 w5 d1 r-2,1000,129 d0 ir1/!1,25,132 w5] r0,100,129 r0,100,132 qq [Keyboard commands 13] #1hr triple point n-10.1,132 x10.1,132 n-5.1,133 x5.1,133 n-1.1,134 x1.1,134 n-5.1,135 x5.1,135 n-10.1,128 x10.1,128 n-2.1,129 x2.1,129 n-2.1,130 x2.1,130 n-2.1,131 x2.1,131 ce r0,100,134 r-0.5,500,132 =50,1 s0 ce =-0.69,2 #x centre =1.02,3 #y centre =0.5,4 #half width =0.5,5 #half height r-4.95,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] w-1 =-0.45,2 #x centre =1.39,3 #y centre =0.6,4 #half width =0.6,5 #half height r5.05,1000,128 r!2-!4,1000,133 r!3-!5,1000,135 w5 [!1+1,0 d1 r!2+!4,100,133 d0 d1 r!2-!4,500,133 d0 ir(2*!5)/!1,25,135 w2] qq [Keyboard commands 14] n-10,32 x0.7,32 n-10,33 x0.8,33 n-10,34 x1,34 n-10,35 x8,35 n-3,200 x16.1,200 x6,317 n-101,7 x35,7+ #ce s0 #d0 r-1.1,100,-132 r-1.1,100,133 #d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] d0 =!1,1,-0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" w20 d0 t620"A2" w-1 d1 [20,0 n1,62,2 r-3,100,134 n1,62 x120,62,2 r0,15,134 x120,62] =0,1 d1 n1,62,2 r-3,100,134 n1,62 x300,62,2 ir0.8,8,134 x300,62 [20,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w25 t620"H1" w2 t620"H1" w12 t620"T0.4" t620"J!1" t620"A1" w50 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [36,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.2" t620"J!1" t620"A1" w90 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] [8,0 d0 =!1,1,0.25 t620"J@825" t620"A1" w35 t620"H1" w2 t620"H1" w12 t620"T0.15" t620"J!1" t620"A1" w115 t620"H0" w2 t620"H0" d1 n1,62,2 r-3,100,134 n1,62 d0 t620"A2" d1 x300,62,2 ir0.8,8,134 x300,62] t620"H0" d0 r-0.8,100,-132 r-0.8,100,133 [20,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x40,62,2 r0,10,134 x40,62 d0] d0 r-0.4,100,-132 r-0.4,100,133 [5,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x65,62,2 r0.6,10,134 x65,62 d0 ir-0.01,10,-132 ir-0.01,10,133] [100,0 d1 n1,62,2 r-1.4,80,134 n1,62 mir-0.005,50,134 d0 w2 d1 x80,62,2 r0.6,10,134 x80,62 d0 ir-0.02,10,-132 ir-0.02,10,133] r0,100,-132 r0,100,133 r0,100,134 qq [Keyboard commands 15] #FM 06: Triple point #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.90 / -1.60 // 0.002] [ -1.882 / -1.868 // 0.0001] =-1.885,2 =-1.869,3 =0.000128,4 # Sweep times [0.55/1.75] [0.25/1.12] =0.25,5 =0.96,6 # Sweeping gates # Bottom Left Arm Gate [ -1.90 / -1.55 // ----] [ -1.782 / -1.768 // ----] =-1.784,7 =-1.760,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.49,9 =-1.49,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-133 r!2,100,-132 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,33 d0 w3 d1 r!7,!12,33 d0 # Re-align 1D channel detector & increment. ir!4,10,132 #ir!16,5,136 #ir!20,5,135 w7 ] qq [Keyboard commands 16] #FM: 05 - Quick Triple Point #================ n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.750,2 =-1.700,3 =0.00175,4 # Sweep times [0.55/2.70] =0.05,5 =0.25,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.74,7 =-1.68,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 17] #FM: 04 - Triple point hunting #================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.0,132 x0.25,132 n-2.0,133 x0.25,133 n-2.0,134 x0.25,134 n-3.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-3.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-132 r0,100,-133 r0,100,-134 r0,100,-135 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.740,2 =-1.720,3 =0.00025,4 # Sweep times [0.55/2.70] =0.10,5 =0.60,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.730,7 =-1.705,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.44,9 =-1.44,1 =-2.00,10 # Bottom QPC =0,17 =0,18 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates #=-1.630,17 #=-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 #=-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 =(!17-!18)/!15,20 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-132 r!2,100,-133 r!1,100,-136 r!10,100,-130 r!19,100,-134 r!19,100,-137 r!18,100,-135 r!14,100,600 w10 w15 # Start Loop [!15,1 d1 r!8,!11,32 d0 w3 d1 r!7,!12,32 d0 # Re-align 1D channel detector & increment. ir!4,10,133 ir!16,5,136 ir!20,5,135 w7 ] qq [Keyboard commands 18] #FM: 03 - Stability run -- Sweeping L-Dot, stepping R-Dot #================================= n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom-Right Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.75,2 =-1.55,3 =0.0025,4 # Sweep times [1.00/3.00] =0.50,5 =3.00,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.45,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.595,9 =-1.550,1 =-1.50,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!2,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,10,138 ir!16,5,129 w7 ] # Opposite way # Bottom-Left Arm Gate [ -1.6 / -1.2 // 0.0025] =-1.85,2 =-1.45,3 =0.0025,4 # Sweep times [1.00/3.00] =0.25,5 =1.50,6 # Sweeping gates # Bottom Right Arm Gate [ -1.8 / -1.2 // ----] =-1.75,7 =-1.55,8 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!9-!1)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!2,100,-139 r!7,100,-138 r!1,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,1 d1 r!8,!11,38 d0 w3 d1 r!7,!12,38 d0 # Re-align 1D channel detector & increment. ir!4,10,139 ir!16,5,129 w7 ] qq [Keyboard commands 19] #FM: 02 - Stability Sweep -- Sweeping L-Dot, stepping B-plunger #====================================== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-2.50,2 =-2.00,3 =0.02,4 # Sweep times [1.00/3.00] =0.30,5 =1.50,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.85,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!2,100,-130 r!19,100,-136 r!20,100,-137 r!14,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,130 ir!16,5,129 w7 ] qq [Keyboard commands 20] #FM: 01 - DC Bias Sweep #=============== n-2.5,128 x0.25,128 n-2.5,129 x0.25,129 n-3.5,130 x0.25,130 n-2.5,131 x0.25,131 n-2.5,132 x0.25,132 n-2.5,133 x0.25,133 n-2.5,134 x0.25,134 n-2.5,135 x0.25,135 n-2.5,136 x0.25,136 n-2.5,137 x0.25,137 n-2.5,138 x0.25,138 n-2.5,139 x0.25,139 n-10,600 x10,600 n-2.5,601 x0.25,601 n-2.5,602 x0.25,602 n-2.5,603 x0.25,603 n-2.5,604 x0.25,604 n-200,107 x0.00,107 # Emergency wait #========== d0 w6 # Clear graph #======== d0 s0 ce # All gates to zero # ========== #r0,100,-128 r0,100,-129 r0,100,-130 r0,100,-131 r0,100,-136 r0,100,-137 r0,100,-138 r0,100,-139 r0,100,-600 r0,100,-601 r0,100,-602 r0,100,-603 r0,100,604 # Numeric Variables # !1 = Isolate Bias (isolateBias) # !2 = Island Gate Bias Lower Limit (midLineBiasLL) # !3 = Island Gate SG Bias Upper Limit (midLineBiasUL) # !4 = Island Gate Bias Increment (midLineBiasInc) # !5 = Sweep Time Up Length (sweepTimeLenUpMin) # !6 = Sweep Time Down Length (sweepTimeLenDownMin) # !7 = Main Split Gate Bias - Lower Limit (mainSplitBiasLL) # !8 = Main Split Gate Bias - Upper Limit (mainSplitBiasUL) # !9 = Isolate Large Gate Bias # !11 = Sweep Up Speed - Main Split Gates (sweepTimeUpRateMain) # !12 = Sweep Down Speed - Main Split Gates (sweepTimeDownRateMain) # !15 = Number of Midline Sweeps (sweepMlvNoTimes) # !16 = If !4 is less than 0, the user wishes to inc. the mid-line downwards. Otherwise they wish to inc. upwards. # Assign Variables # Bottom plunger [ -1.6 / -1.2 // 0.0025] =-1.00,2 =1.00,3 =0.025,4 # Sweep times [1.00/3.00] =0.10,5 =0.75,6 # Sweeping gates # Bottom Left Arm Gate [ -1.8 / -1.2 // ----] =-1.65,7 =-1.35,8 # Top (!9 & !1) & Bottom plunger gates. [-1.61 at -2.4] =-1.61,9 =-1.61,1 =-2.45,10 # Central Gate gate & DC Bias. =-1.60,13 =0,14 # Bottom left (139) & right (138) arm gates =-1.630,17 =-1.000,18 # 1D Channel detector gates: Top left arm gate (136) & top right arm gate (137) [-1.428] =-0.40,19 =-0.40,20 =(`ABS(!7)-`ABS(!8))/(!6/60),11 =(`ABS(!7)-`ABS(!8))/(!5/60),12 =(!3-!2)/`ABS(!4),15 =(!1-!9)/!15,16 w5 # Main Split gate loop #------------------------------------------------------- # Initial values [Island = -3V] -- 3x2DEG r!13,100,-128 r!7,100,-139 r!18,100,-138 r!9,100,-129 r!10,100,-130 r!19,100,-136 r!20,100,-137 r!2,100,600 w10 # Start Loop [!15,0 d1 r!8,!11,39 d0 w3 d1 r!7,!12,39 d0 # Re-align 1D channel detector & increment. ir!4,100,600 ir!16,5,129 w7 ] qq