| * Functional test stimulus file for 10ns period |
| |
| * TT process corner |
| .lib "/home/software/PDKs/skywater-pdk/libraries/sky130_fd_pr/latest/models/sky130.lib.spice" tt |
| .include "sky130_sram_2kbyte_1rw1r_32x512_8.sp" |
| |
| * Global Power Supplies |
| Vvdd vdd 0 1.8 |
| |
| *Nodes gnd and 0 are the same global ground node in ngspice/hspice/xa. Otherwise, this source may be needed. |
| *Vgnd gnd 0 0.0 |
| |
| * Instantiation of the SRAM |
| Xsky130_sram_2kbyte_1rw1r_32x512_8 din0_0 din0_1 din0_2 din0_3 din0_4 din0_5 din0_6 din0_7 din0_8 din0_9 din0_10 din0_11 din0_12 din0_13 din0_14 din0_15 din0_16 din0_17 din0_18 din0_19 din0_20 din0_21 din0_22 din0_23 din0_24 din0_25 din0_26 din0_27 din0_28 din0_29 din0_30 din0_31 a0_0 a0_1 a0_2 a0_3 a0_4 a0_5 a0_6 a0_7 a0_8 a1_0 a1_1 a1_2 a1_3 a1_4 a1_5 a1_6 a1_7 a1_8 CSB0 CSB1 WEB0 clk0 clk1 WMASK0_0 WMASK0_1 WMASK0_2 WMASK0_3 dout0_0 dout0_1 dout0_2 dout0_3 dout0_4 dout0_5 dout0_6 dout0_7 dout0_8 dout0_9 dout0_10 dout0_11 dout0_12 dout0_13 dout0_14 dout0_15 dout0_16 dout0_17 dout0_18 dout0_19 dout0_20 dout0_21 dout0_22 dout0_23 dout0_24 dout0_25 dout0_26 dout0_27 dout0_28 dout0_29 dout0_30 dout0_31 dout1_0 dout1_1 dout1_2 dout1_3 dout1_4 dout1_5 dout1_6 dout1_7 dout1_8 dout1_9 dout1_10 dout1_11 dout1_12 dout1_13 dout1_14 dout1_15 dout1_16 dout1_17 dout1_18 dout1_19 dout1_20 dout1_21 dout1_22 dout1_23 dout1_24 dout1_25 dout1_26 dout1_27 dout1_28 dout1_29 dout1_30 dout1_31 vdd gnd sky130_sram_2kbyte_1rw1r_32x512_8 |
| |
| * SRAM output loads |
| CD00 dout0_0 0 27.56f |
| CD01 dout0_1 0 27.56f |
| CD02 dout0_2 0 27.56f |
| CD03 dout0_3 0 27.56f |
| CD04 dout0_4 0 27.56f |
| CD05 dout0_5 0 27.56f |
| CD06 dout0_6 0 27.56f |
| CD07 dout0_7 0 27.56f |
| CD08 dout0_8 0 27.56f |
| CD09 dout0_9 0 27.56f |
| CD010 dout0_10 0 27.56f |
| CD011 dout0_11 0 27.56f |
| CD012 dout0_12 0 27.56f |
| CD013 dout0_13 0 27.56f |
| CD014 dout0_14 0 27.56f |
| CD015 dout0_15 0 27.56f |
| CD016 dout0_16 0 27.56f |
| CD017 dout0_17 0 27.56f |
| CD018 dout0_18 0 27.56f |
| CD019 dout0_19 0 27.56f |
| CD020 dout0_20 0 27.56f |
| CD021 dout0_21 0 27.56f |
| CD022 dout0_22 0 27.56f |
| CD023 dout0_23 0 27.56f |
| CD024 dout0_24 0 27.56f |
| CD025 dout0_25 0 27.56f |
| CD026 dout0_26 0 27.56f |
| CD027 dout0_27 0 27.56f |
| CD028 dout0_28 0 27.56f |
| CD029 dout0_29 0 27.56f |
| CD030 dout0_30 0 27.56f |
| CD031 dout0_31 0 27.56f |
| CD10 dout1_0 0 27.56f |
| CD11 dout1_1 0 27.56f |
| CD12 dout1_2 0 27.56f |
| CD13 dout1_3 0 27.56f |
| CD14 dout1_4 0 27.56f |
| CD15 dout1_5 0 27.56f |
| CD16 dout1_6 0 27.56f |
| CD17 dout1_7 0 27.56f |
| CD18 dout1_8 0 27.56f |
| CD19 dout1_9 0 27.56f |
| CD110 dout1_10 0 27.56f |
| CD111 dout1_11 0 27.56f |
| CD112 dout1_12 0 27.56f |
| CD113 dout1_13 0 27.56f |
| CD114 dout1_14 0 27.56f |
| CD115 dout1_15 0 27.56f |
| CD116 dout1_16 0 27.56f |
| CD117 dout1_17 0 27.56f |
| CD118 dout1_18 0 27.56f |
| CD119 dout1_19 0 27.56f |
| CD120 dout1_20 0 27.56f |
| CD121 dout1_21 0 27.56f |
| CD122 dout1_22 0 27.56f |
| CD123 dout1_23 0 27.56f |
| CD124 dout1_24 0 27.56f |
| CD125 dout1_25 0 27.56f |
| CD126 dout1_26 0 27.56f |
| CD127 dout1_27 0 27.56f |
| CD128 dout1_28 0 27.56f |
| CD129 dout1_29 0 27.56f |
| CD130 dout1_30 0 27.56f |
| CD131 dout1_31 0 27.56f |
| |
| |
| * Important signals for debug |
| * bl: xsky130_sram_2kbyte_1rw1r_32x512_8.xbank0.bl_0_0 |
| * br: xsky130_sram_2kbyte_1rw1r_32x512_8.xbank0.br_0_0 |
| * s_en: xsky130_sram_2kbyte_1rw1r_32x512_8.s_en |
| * q: xsky130_sram_2kbyte_1rw1r_32x512_8.xbank0.xbitcell_array.xbitcell_array.xbit_r0_c0.Q |
| * qbar: xsky130_sram_2kbyte_1rw1r_32x512_8.xbank0.xbitcell_array.xbitcell_array.xbit_r0_c0.Q_bar |
| |
| |
| * Sequence of operations |
| * Idle during cycle 0 (0ns - 10ns) |
| * Writing 01111000100001010100110111011011+ to address 000000011 (from port 0) during cycle 1 (10ns - 20ns) |
| * Reading 01111000100001010100110111011011+ from address 000000011 (from port 1) during cycle 2 (20ns - 30ns) |
| * Writing 11110000010100101111111001100100+ to address 000000010 (from port 0) during cycle 3 (30ns - 40ns) |
| * Reading 01111000100001010100110111011011+ from address 000000011 (from port 0) during cycle 4 (40ns - 50ns) |
| * Reading 01111000100001010100110111011011+ from address 000000011 (from port 0) during cycle 5 (50ns - 60ns) |
| * Reading 01111000100001010100110111011011+ from address 000000011 (from port 1) during cycle 5 (50ns - 60ns) |
| * Reading 11110000010100101111111001100100+ from address 000000010 (from port 0) during cycle 6 (60ns - 70ns) |
| * Writing (partial) 00010100101000110100011011110111+ to address 000000010 with mask bit 1000 (from port 0) during cycle 7 (70ns - 80ns) |
| * Writing (partial) 11001110111001101101011010000110+ to address 000000011 with mask bit 1101 (from port 0) during cycle 8 (80ns - 90ns) |
| * Writing 01010010111111111000000110101111+ to address 000000011 (from port 0) during cycle 9 (90ns - 100ns) |
| * Writing 10011001011101101000100000011100+ to address 111111101 (from port 0) during cycle 10 (100ns - 110ns) |
| * Writing (partial) 11100111010010001100010101101001+ to address 000000010 with mask bit 0010 (from port 0) during cycle 11 (110ns - 120ns) |
| * Writing 01101000010010100010111010100010+ to address 000000010 (from port 0) during cycle 12 (120ns - 130ns) |
| * Writing (partial) 00111011101110110011001101111010+ to address 111111101 with mask bit 1110 (from port 0) during cycle 13 (130ns - 140ns) |
| * Reading 01101000010010100010111010100010+ from address 000000010 (from port 1) during cycle 13 (130ns - 140ns) |
| * Reading 01101000010010100010111010100010+ from address 000000010 (from port 0) during cycle 14 (140ns - 150ns) |
| * Reading 01010010111111111000000110101111+ from address 000000011 (from port 1) during cycle 14 (140ns - 150ns) |
| * Writing 10000110100101110001101110100010+ to address 111111110 (from port 0) during cycle 17 (170ns - 180ns) |
| * Reading 00111011101110110011001100011100+ from address 111111101 (from port 1) during cycle 18 (180ns - 190ns) |
| * Writing (partial) 00101010011010100001111010011111+ to address 000000010 with mask bit 0011 (from port 0) during cycle 19 (190ns - 200ns) |
| * Reading 00111011101110110011001100011100+ from address 111111101 (from port 1) during cycle 19 (190ns - 200ns) |
| * Writing 00000110100001110000011011011011+ to address 000000010 (from port 0) during cycle 20 (200ns - 210ns) |
| * Reading 10000110100101110001101110100010+ from address 111111110 (from port 0) during cycle 21 (210ns - 220ns) |
| * Writing (partial) 00100111111110111100000101000010+ to address 111111101 with mask bit 1100 (from port 0) during cycle 22 (220ns - 230ns) |
| * Reading 10000110100101110001101110100010+ from address 111111110 (from port 0) during cycle 23 (230ns - 240ns) |
| * Writing (partial) 11011011101110111111001010011000+ to address 111111110 with mask bit 1001 (from port 0) during cycle 24 (240ns - 250ns) |
| * Reading 00000110100001110000011011011011+ from address 000000010 (from port 1) during cycle 24 (240ns - 250ns) |
| * Writing (partial) 10001100100101010010010001110010+ to address 111111101 with mask bit 0110 (from port 0) during cycle 25 (250ns - 260ns) |
| * Writing 00100110000010001011101001101100+ to address 111111110 (from port 0) during cycle 26 (260ns - 270ns) |
| * Reading 01010010111111111000000110101111+ from address 000000011 (from port 1) during cycle 27 (270ns - 280ns) |
| * Writing (partial) 01101100101101100100011111111110+ to address 111111101 with mask bit 1101 (from port 0) during cycle 29 (290ns - 300ns) |
| * Writing 10110001001001010001101110001001+ to address 000000001 (from port 0) during cycle 30 (300ns - 310ns) |
| * Reading 01101100101101100010010011111110+ from address 111111101 (from port 1) during cycle 30 (300ns - 310ns) |
| * Reading 10110001001001010001101110001001+ from address 000000001 (from port 0) during cycle 34 (340ns - 350ns) |
| * Reading 00000110100001110000011011011011+ from address 000000010 (from port 1) during cycle 34 (340ns - 350ns) |
| * Reading 00100110000010001011101001101100+ from address 111111110 (from port 1) during cycle 35 (350ns - 360ns) |
| * Reading 10110001001001010001101110001001+ from address 000000001 (from port 0) during cycle 36 (360ns - 370ns) |
| * Reading 01010010111111111000000110101111+ from address 000000011 (from port 1) during cycle 36 (360ns - 370ns) |
| * Writing 01111011111011010001001001101001+ to address 000000000 (from port 0) during cycle 37 (370ns - 380ns) |
| * Reading 10110001001001010001101110001001+ from address 000000001 (from port 1) during cycle 37 (370ns - 380ns) |
| * Reading 01101100101101100010010011111110+ from address 111111101 (from port 0) during cycle 38 (380ns - 390ns) |
| * Reading 01111011111011010001001001101001+ from address 000000000 (from port 0) during cycle 39 (390ns - 400ns) |
| * Reading 00000110100001110000011011011011+ from address 000000010 (from port 1) during cycle 39 (390ns - 400ns) |
| * Writing (partial) 01111010010001011100011100101011+ to address 111111110 with mask bit 1000 (from port 0) during cycle 40 (400ns - 410ns) |
| * Reading 00000110100001110000011011011011+ from address 000000010 (from port 1) during cycle 40 (400ns - 410ns) |
| * Writing (partial) 10111111111100100010001000100010+ to address 000000010 with mask bit 0101 (from port 0) during cycle 41 (410ns - 420ns) |
| * Reading 01101100101101100010010011111110+ from address 111111101 (from port 1) during cycle 42 (420ns - 430ns) |
| * Writing 10100101101111110000010100001010+ to address 111111110 (from port 0) during cycle 43 (430ns - 440ns) |
| * Reading 01101100101101100010010011111110+ from address 111111101 (from port 1) during cycle 43 (430ns - 440ns) |
| * Writing 00000110110101110110001100101011+ to address 111111110 (from port 0) during cycle 44 (440ns - 450ns) |
| * Writing 11110011111100010100011101110000+ to address 000000001 (from port 0) during cycle 46 (460ns - 470ns) |
| * Reading 00000110110101110110001100101011+ from address 111111110 (from port 1) during cycle 46 (460ns - 470ns) |
| * Reading 11110011111100010100011101110000+ from address 000000001 (from port 0) during cycle 50 (500ns - 510ns) |
| * Reading 11110011111100010100011101110000+ from address 000000001 (from port 1) during cycle 50 (500ns - 510ns) |
| * Writing (partial) 00011110110001010110010001110101+ to address 111111101 with mask bit 0101 (from port 0) during cycle 51 (510ns - 520ns) |
| * Writing (partial) 11000110001110001101011011101111+ to address 111111110 with mask bit 0100 (from port 0) during cycle 52 (520ns - 530ns) |
| * Writing (partial) 01100100000111010011101001100100+ to address 000000001 with mask bit 0001 (from port 0) during cycle 53 (530ns - 540ns) |
| * Writing 10110001011101100000111000011000+ to address 000000001 (from port 0) during cycle 54 (540ns - 550ns) |
| * Writing 10100110101100100110100110010001+ to address 111111110 (from port 0) during cycle 55 (550ns - 560ns) |
| * Reading 01010010111111111000000110101111+ from address 000000011 (from port 1) during cycle 55 (550ns - 560ns) |
| * Writing 00001110000111111010000000111100+ to address 111111101 (from port 0) during cycle 56 (560ns - 570ns) |
| * Writing (partial) 10001010100100101110000110000100+ to address 000000011 with mask bit 0011 (from port 0) during cycle 57 (570ns - 580ns) |
| * Writing (partial) 10000111101101110010100100000010+ to address 000000010 with mask bit 0101 (from port 0) during cycle 58 (580ns - 590ns) |
| * Reading 10100110101100100110100110010001+ from address 111111110 (from port 1) during cycle 59 (590ns - 600ns) |
| * Writing (partial) 10100111011000010100011001001100+ to address 111111101 with mask bit 1101 (from port 0) during cycle 60 (600ns - 610ns) |
| * Reading 00000110101101110000011000000010+ from address 000000010 (from port 1) during cycle 60 (600ns - 610ns) |
| * Writing (partial) 00110000110010101110101010110100+ to address 000000011 with mask bit 1001 (from port 0) during cycle 61 (610ns - 620ns) |
| * Writing (partial) 11000000000001000101011000010001+ to address 000000001 with mask bit 1001 (from port 0) during cycle 62 (620ns - 630ns) |
| * Reading 10100110101100100110100110010001+ from address 111111110 (from port 1) during cycle 62 (620ns - 630ns) |
| * Writing (partial) 10100111010110001110111110001100+ to address 000000000 with mask bit 1000 (from port 0) during cycle 63 (630ns - 640ns) |
| * Reading 10100111111011010001001001101001+ from address 000000000 (from port 0) during cycle 64 (640ns - 650ns) |
| * Reading 00000110101101110000011000000010+ from address 000000010 (from port 1) during cycle 64 (640ns - 650ns) |
| * Writing (partial) 01100000110110100011011100100111+ to address 000000000 with mask bit 1010 (from port 0) during cycle 65 (650ns - 660ns) |
| * Writing (partial) 11001100111111010101110110100101+ to address 000000001 with mask bit 0111 (from port 0) during cycle 66 (660ns - 670ns) |
| * Reading 10100110101100100110100110010001+ from address 111111110 (from port 1) during cycle 67 (670ns - 680ns) |
| * Writing (partial) 11000100110101110111111000101100+ to address 000000000 with mask bit 0010 (from port 0) during cycle 68 (680ns - 690ns) |
| * Reading 10100111011000011010000001001100+ from address 111111101 (from port 1) during cycle 68 (680ns - 690ns) |
| * Writing 11111011111101100101101010011101+ to address 111111110 (from port 0) during cycle 69 (690ns - 700ns) |
| * Reading 11111011111101100101101010011101+ from address 111111110 (from port 0) during cycle 70 (700ns - 710ns) |
| * Reading 11111011111101100101101010011101+ from address 111111110 (from port 1) during cycle 70 (700ns - 710ns) |
| * Reading 11000000111111010101110110100101+ from address 000000001 (from port 0) during cycle 71 (710ns - 720ns) |
| * Writing 00000000101001100100011010001000+ to address 000000000 (from port 0) during cycle 72 (720ns - 730ns) |
| * Reading 10100111011000011010000001001100+ from address 111111101 (from port 1) during cycle 72 (720ns - 730ns) |
| * Writing (partial) 00010010011001010110110100001000+ to address 000000001 with mask bit 0110 (from port 0) during cycle 73 (730ns - 740ns) |
| * Reading 00000110101101110000011000000010+ from address 000000010 (from port 1) during cycle 73 (730ns - 740ns) |
| * Reading 10100111011000011010000001001100+ from address 111111101 (from port 0) during cycle 74 (740ns - 750ns) |
| * Writing 01110111011101011010110110100010+ to address 000000010 (from port 0) during cycle 75 (750ns - 760ns) |
| * Reading 00110000111111111110000110110100+ from address 000000011 (from port 1) during cycle 75 (750ns - 760ns) |
| * Writing 10000110101000100101001111100111+ to address 000000001 (from port 0) during cycle 76 (760ns - 770ns) |
| * Reading 01110111011101011010110110100010+ from address 000000010 (from port 1) during cycle 76 (760ns - 770ns) |
| * Writing 00001111001101001010011001110001+ to address 111111100 (from port 0) during cycle 77 (770ns - 780ns) |
| * Reading 11111011111101100101101010011101+ from address 111111110 (from port 1) during cycle 77 (770ns - 780ns) |
| * Writing (partial) 10001111100010000111100000011111+ to address 111111100 with mask bit 0100 (from port 0) during cycle 78 (780ns - 790ns) |
| * Reading 11111011111101100101101010011101+ from address 111111110 (from port 1) during cycle 78 (780ns - 790ns) |
| * Writing 11010010000110010011101001111100+ to address 000000010 (from port 0) during cycle 79 (790ns - 800ns) |
| * Writing (partial) 01101000000101111011101010010011+ to address 111111101 with mask bit 1010 (from port 0) during cycle 80 (800ns - 810ns) |
| * Reading 01101000011000011011101001001100+ from address 111111101 (from port 0) during cycle 81 (810ns - 820ns) |
| * Reading 11010010000110010011101001111100+ from address 000000010 (from port 1) during cycle 81 (810ns - 820ns) |
| * Reading 00001111100010001010011001110001+ from address 111111100 (from port 0) during cycle 82 (820ns - 830ns) |
| * Reading 00110000111111111110000110110100+ from address 000000011 (from port 1) during cycle 82 (820ns - 830ns) |
| * Writing (partial) 00010110100110110010110110110100+ to address 111111101 with mask bit 0100 (from port 0) during cycle 83 (830ns - 840ns) |
| * Writing 11010100001111101011011000000000+ to address 000000010 (from port 0) during cycle 84 (840ns - 850ns) |
| * Writing (partial) 00110010100111110100111110100101+ to address 111111101 with mask bit 1100 (from port 0) during cycle 85 (850ns - 860ns) |
| * Reading 11010100001111101011011000000000+ from address 000000010 (from port 1) during cycle 85 (850ns - 860ns) |
| * Reading 00110010100111111011101001001100+ from address 111111101 (from port 0) during cycle 86 (860ns - 870ns) |
| * Reading 10000110101000100101001111100111+ from address 000000001 (from port 1) during cycle 86 (860ns - 870ns) |
| * Reading 00001111100010001010011001110001+ from address 111111100 (from port 0) during cycle 87 (870ns - 880ns) |
| * Reading 11111011111101100101101010011101+ from address 111111110 (from port 1) during cycle 87 (870ns - 880ns) |
| * Reading 11111011111101100101101010011101+ from address 111111110 (from port 0) during cycle 88 (880ns - 890ns) |
| * Reading 00001111100010001010011001110001+ from address 111111100 (from port 1) during cycle 88 (880ns - 890ns) |
| * Writing (partial) 00100101101111100111000111010010+ to address 000000011 with mask bit 1101 (from port 0) during cycle 89 (890ns - 900ns) |
| * Writing 11110010000010000111011111000110+ to address 000000001 (from port 0) during cycle 91 (910ns - 920ns) |
| * Reading 00000000101001100100011010001000+ from address 000000000 (from port 1) during cycle 91 (910ns - 920ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 1) during cycle 93 (930ns - 940ns) |
| * Writing (partial) 00010001111000010110101000100011+ to address 111111110 with mask bit 1010 (from port 0) during cycle 94 (940ns - 950ns) |
| * Writing 01011011110101000000001011101100+ to address 000000000 (from port 0) during cycle 95 (950ns - 960ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 1) during cycle 95 (950ns - 960ns) |
| * Reading 00100101101111101110000111010010+ from address 000000011 (from port 0) during cycle 96 (960ns - 970ns) |
| * Reading 00010001111101100110101010011101+ from address 111111110 (from port 1) during cycle 96 (960ns - 970ns) |
| * Writing 10010111010011101110000001110110+ to address 000000010 (from port 0) during cycle 97 (970ns - 980ns) |
| * Reading 00100101101111101110000111010010+ from address 000000011 (from port 0) during cycle 98 (980ns - 990ns) |
| * Reading 00100101101111101110000111010010+ from address 000000011 (from port 1) during cycle 98 (980ns - 990ns) |
| * Writing 10001011100101000101100110110011+ to address 111111110 (from port 0) during cycle 99 (990ns - 1000ns) |
| * Reading 00100101101111101110000111010010+ from address 000000011 (from port 0) during cycle 100 (1000ns - 1010ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 0) during cycle 101 (1010ns - 1020ns) |
| * Writing 01101100110100111000110000001010+ to address 000000011 (from port 0) during cycle 102 (1020ns - 1030ns) |
| * Reading 10001011100101000101100110110011+ from address 111111110 (from port 1) during cycle 102 (1020ns - 1030ns) |
| * Writing 00001110111010000110111100011101+ to address 111111101 (from port 0) during cycle 103 (1030ns - 1040ns) |
| * Reading 01101100110100111000110000001010+ from address 000000011 (from port 1) during cycle 103 (1030ns - 1040ns) |
| * Reading 01011011110101000000001011101100+ from address 000000000 (from port 0) during cycle 104 (1040ns - 1050ns) |
| * Reading 00001110111010000110111100011101+ from address 111111101 (from port 0) during cycle 105 (1050ns - 1060ns) |
| * Reading 01011011110101000000001011101100+ from address 000000000 (from port 1) during cycle 105 (1050ns - 1060ns) |
| * Reading 01011011110101000000001011101100+ from address 000000000 (from port 0) during cycle 106 (1060ns - 1070ns) |
| * Reading 10001011100101000101100110110011+ from address 111111110 (from port 1) during cycle 107 (1070ns - 1080ns) |
| * Reading 10001011100101000101100110110011+ from address 111111110 (from port 0) during cycle 108 (1080ns - 1090ns) |
| * Writing 11111000010110011110011100001010+ to address 000000000 (from port 0) during cycle 109 (1090ns - 1100ns) |
| * Reading 00001110111010000110111100011101+ from address 111111101 (from port 1) during cycle 109 (1090ns - 1100ns) |
| * Reading 10001011100101000101100110110011+ from address 111111110 (from port 0) during cycle 110 (1100ns - 1110ns) |
| * Reading 10001011100101000101100110110011+ from address 111111110 (from port 1) during cycle 110 (1100ns - 1110ns) |
| * Writing (partial) 00111010010010010011111011111101+ to address 111111100 with mask bit 1110 (from port 0) during cycle 111 (1110ns - 1120ns) |
| * Writing 01101000011111000100100000100100+ to address 111111100 (from port 0) during cycle 112 (1120ns - 1130ns) |
| * Reading 11111000010110011110011100001010+ from address 000000000 (from port 1) during cycle 112 (1120ns - 1130ns) |
| * Reading 01101000011111000100100000100100+ from address 111111100 (from port 1) during cycle 113 (1130ns - 1140ns) |
| * Reading 01101100110100111000110000001010+ from address 000000011 (from port 1) during cycle 114 (1140ns - 1150ns) |
| * Writing (partial) 00011011111001110100100111001110+ to address 111111101 with mask bit 1100 (from port 0) during cycle 115 (1150ns - 1160ns) |
| * Reading 10001011100101000101100110110011+ from address 111111110 (from port 1) during cycle 116 (1160ns - 1170ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 1) during cycle 117 (1170ns - 1180ns) |
| * Writing (partial) 00101001010001110100111111011101+ to address 111111100 with mask bit 0111 (from port 0) during cycle 118 (1180ns - 1190ns) |
| * Writing (partial) 10011100110011000100110010000110+ to address 000000010 with mask bit 1110 (from port 0) during cycle 119 (1190ns - 1200ns) |
| * Reading 00011011111001110110111100011101+ from address 111111101 (from port 1) during cycle 119 (1190ns - 1200ns) |
| * Reading 00011011111001110110111100011101+ from address 111111101 (from port 0) during cycle 120 (1200ns - 1210ns) |
| * Writing 00010110000101000010110011011100+ to address 000000000 (from port 0) during cycle 121 (1210ns - 1220ns) |
| * Reading 01101000010001110100111111011101+ from address 111111100 (from port 0) during cycle 122 (1220ns - 1230ns) |
| * Reading 00010110000101000010110011011100+ from address 000000000 (from port 1) during cycle 122 (1220ns - 1230ns) |
| * Writing (partial) 10101000100001000010101111001010+ to address 000000000 with mask bit 0011 (from port 0) during cycle 123 (1230ns - 1240ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 1) during cycle 123 (1230ns - 1240ns) |
| * Writing (partial) 01101011110101001000001100010110+ to address 111111110 with mask bit 1000 (from port 0) during cycle 125 (1250ns - 1260ns) |
| * Writing (partial) 11000110111000101101110100101000+ to address 000000010 with mask bit 1001 (from port 0) during cycle 126 (1260ns - 1270ns) |
| * Writing 11100110000100001111011000100101+ to address 000000010 (from port 0) during cycle 127 (1270ns - 1280ns) |
| * Reading 01101000010001110100111111011101+ from address 111111100 (from port 1) during cycle 127 (1270ns - 1280ns) |
| * Reading 00010110000101000010101111001010+ from address 000000000 (from port 0) during cycle 128 (1280ns - 1290ns) |
| * Reading 00010110000101000010101111001010+ from address 000000000 (from port 0) during cycle 129 (1290ns - 1300ns) |
| * Reading 00011011111001110110111100011101+ from address 111111101 (from port 1) during cycle 129 (1290ns - 1300ns) |
| * Reading 11100110000100001111011000100101+ from address 000000010 (from port 0) during cycle 131 (1310ns - 1320ns) |
| * Reading 01101100110100111000110000001010+ from address 000000011 (from port 1) during cycle 131 (1310ns - 1320ns) |
| * Writing (partial) 00111010011101101001010000100101+ to address 111111100 with mask bit 0111 (from port 0) during cycle 132 (1320ns - 1330ns) |
| * Writing (partial) 11010110101101101111100010111011+ to address 111111101 with mask bit 1100 (from port 0) during cycle 133 (1330ns - 1340ns) |
| * Reading 11100110000100001111011000100101+ from address 000000010 (from port 1) during cycle 133 (1330ns - 1340ns) |
| * Writing (partial) 11100001100110100100001100011001+ to address 111111110 with mask bit 0111 (from port 0) during cycle 134 (1340ns - 1350ns) |
| * Reading 00010110000101000010101111001010+ from address 000000000 (from port 0) during cycle 135 (1350ns - 1360ns) |
| * Writing (partial) 11100000111011000011001100000010+ to address 111111110 with mask bit 0010 (from port 0) during cycle 136 (1360ns - 1370ns) |
| * Reading 01101000011101101001010000100101+ from address 111111100 (from port 1) during cycle 136 (1360ns - 1370ns) |
| * Writing (partial) 00010001001101001111011010000001+ to address 111111110 with mask bit 1101 (from port 0) during cycle 137 (1370ns - 1380ns) |
| * Reading 00010110000101000010101111001010+ from address 000000000 (from port 0) during cycle 138 (1380ns - 1390ns) |
| * Reading 01101100110100111000110000001010+ from address 000000011 (from port 1) during cycle 138 (1380ns - 1390ns) |
| * Writing 10001111001110100100100000101000+ to address 000000000 (from port 0) during cycle 139 (1390ns - 1400ns) |
| * Reading 11010110101101100110111100011101+ from address 111111101 (from port 1) during cycle 139 (1390ns - 1400ns) |
| * Writing 00010001011001000000011011000011+ to address 111111111 (from port 0) during cycle 140 (1400ns - 1410ns) |
| * Reading 01101000011101101001010000100101+ from address 111111100 (from port 1) during cycle 140 (1400ns - 1410ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 0) during cycle 141 (1410ns - 1420ns) |
| * Writing (partial) 11101001011100100010010110110010+ to address 000000010 with mask bit 1110 (from port 0) during cycle 142 (1420ns - 1430ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 1) during cycle 142 (1420ns - 1430ns) |
| * Reading 01101100110100111000110000001010+ from address 000000011 (from port 0) during cycle 143 (1430ns - 1440ns) |
| * Reading 11101001011100100010010100100101+ from address 000000010 (from port 1) during cycle 144 (1440ns - 1450ns) |
| * Writing (partial) 01101000110010011000011110001001+ to address 000000011 with mask bit 1100 (from port 0) during cycle 145 (1450ns - 1460ns) |
| * Reading 11110010000010000111011111000110+ from address 000000001 (from port 1) during cycle 145 (1450ns - 1460ns) |
| * Reading 00010001001101000011001110000001+ from address 111111110 (from port 0) during cycle 146 (1460ns - 1470ns) |
| * Reading 11101001011100100010010100100101+ from address 000000010 (from port 0) during cycle 147 (1470ns - 1480ns) |
| * Reading 11010110101101100110111100011101+ from address 111111101 (from port 1) during cycle 147 (1470ns - 1480ns) |
| * Writing 01000011100100101110010000101101+ to address 000000000 (from port 0) during cycle 148 (1480ns - 1490ns) |
| * Reading 01101000110010011000110000001010+ from address 000000011 (from port 0) during cycle 149 (1490ns - 1500ns) |
| * Reading 01101000011101101001010000100101+ from address 111111100 (from port 1) during cycle 149 (1490ns - 1500ns) |
| * Writing (partial) 00011000000101100010001111001011+ to address 000000001 with mask bit 0111 (from port 0) during cycle 151 (1510ns - 1520ns) |
| * Reading 01101000110010011000110000001010+ from address 000000011 (from port 1) during cycle 151 (1510ns - 1520ns) |
| * Writing 10011110100011101111000011000100+ to address 111111100 (from port 0) during cycle 152 (1520ns - 1530ns) |
| * Writing 01100100110000010010110011000100+ to address 111111100 (from port 0) during cycle 153 (1530ns - 1540ns) |
| * Writing 00101101100100110000011100111101+ to address 000000000 (from port 0) during cycle 154 (1540ns - 1550ns) |
| * Reading 11010110101101100110111100011101+ from address 111111101 (from port 1) during cycle 154 (1540ns - 1550ns) |
| * Writing 00110100011110101110111010110000+ to address 111111101 (from port 0) during cycle 155 (1550ns - 1560ns) |
| * Reading 00010001001101000011001110000001+ from address 111111110 (from port 0) during cycle 156 (1560ns - 1570ns) |
| * Reading 00101101100100110000011100111101+ from address 000000000 (from port 1) during cycle 156 (1560ns - 1570ns) |
| * Writing (partial) 01000011010000100001110010101011+ to address 111111110 with mask bit 0010 (from port 0) during cycle 157 (1570ns - 1580ns) |
| * Reading 00110100011110101110111010110000+ from address 111111101 (from port 1) during cycle 157 (1570ns - 1580ns) |
| * Reading 11101001011100100010010100100101+ from address 000000010 (from port 0) during cycle 158 (1580ns - 1590ns) |
| * Writing 10110000110101000100100001010000+ to address 111111100 (from port 0) during cycle 159 (1590ns - 1600ns) |
| * Writing 11100011101001000111101000110101+ to address 111111111 (from port 0) during cycle 160 (1600ns - 1610ns) |
| * Writing (partial) 01110000001111010110010000001011+ to address 111111110 with mask bit 0111 (from port 0) during cycle 161 (1610ns - 1620ns) |
| * Reading 00101101100100110000011100111101+ from address 000000000 (from port 1) during cycle 161 (1610ns - 1620ns) |
| * Reading 00110100011110101110111010110000+ from address 111111101 (from port 0) during cycle 162 (1620ns - 1630ns) |
| * Writing (partial) 00110111011000110111110101110001+ to address 111111100 with mask bit 1100 (from port 0) during cycle 163 (1630ns - 1640ns) |
| * Reading 11101001011100100010010100100101+ from address 000000010 (from port 1) during cycle 163 (1630ns - 1640ns) |
| * Writing (partial) 10110001100011110010101111111010+ to address 000000000 with mask bit 0001 (from port 0) during cycle 164 (1640ns - 1650ns) |
| * Writing 01000100111000011010001100000101+ to address 000000010 (from port 0) during cycle 165 (1650ns - 1660ns) |
| * Reading 01101000110010011000110000001010+ from address 000000011 (from port 0) during cycle 166 (1660ns - 1670ns) |
| * Reading 00010001001111010110010000001011+ from address 111111110 (from port 1) during cycle 166 (1660ns - 1670ns) |
| * Writing 10000010100100100010011010001111+ to address 111111100 (from port 0) during cycle 167 (1670ns - 1680ns) |
| * Reading 00110100011110101110111010110000+ from address 111111101 (from port 1) during cycle 167 (1670ns - 1680ns) |
| * Reading 00110100011110101110111010110000+ from address 111111101 (from port 0) during cycle 168 (1680ns - 1690ns) |
| * Reading 00010001001111010110010000001011+ from address 111111110 (from port 1) during cycle 168 (1680ns - 1690ns) |
| * Reading 01000100111000011010001100000101+ from address 000000010 (from port 1) during cycle 169 (1690ns - 1700ns) |
| * Reading 11100011101001000111101000110101+ from address 111111111 (from port 0) during cycle 170 (1700ns - 1710ns) |
| * Reading 01101000110010011000110000001010+ from address 000000011 (from port 1) during cycle 170 (1700ns - 1710ns) |
| * Reading 11100011101001000111101000110101+ from address 111111111 (from port 0) during cycle 171 (1710ns - 1720ns) |
| * Reading 00101101100100110000011111111010+ from address 000000000 (from port 1) during cycle 171 (1710ns - 1720ns) |
| * Writing (partial) 10010011101011101000000111100010+ to address 111111100 with mask bit 1101 (from port 0) during cycle 172 (1720ns - 1730ns) |
| * Reading 01000100111000011010001100000101+ from address 000000010 (from port 1) during cycle 172 (1720ns - 1730ns) |
| * Writing 01101010101001010000100110011001+ to address 111111100 (from port 0) during cycle 173 (1730ns - 1740ns) |
| * Reading 00010001001111010110010000001011+ from address 111111110 (from port 1) during cycle 174 (1740ns - 1750ns) |
| * Reading 11100011101001000111101000110101+ from address 111111111 (from port 0) during cycle 175 (1750ns - 1760ns) |
| * Writing 00101000000110110010111100100110+ to address 000000011 (from port 0) during cycle 176 (1760ns - 1770ns) |
| * Writing (partial) 10101010101100101101010011000011+ to address 111111101 with mask bit 0110 (from port 0) during cycle 177 (1770ns - 1780ns) |
| * Writing (partial) 00010100010110011011000001111110+ to address 111111111 with mask bit 1110 (from port 0) during cycle 178 (1780ns - 1790ns) |
| * Writing 11111000100101000011111111001011+ to address 000000001 (from port 0) during cycle 180 (1800ns - 1810ns) |
| * Reading 01101010101001010000100110011001+ from address 111111100 (from port 1) during cycle 180 (1800ns - 1810ns) |
| * Writing 00001110010000101101001011100101+ to address 000000011 (from port 0) during cycle 181 (1810ns - 1820ns) |
| * Reading 01101010101001010000100110011001+ from address 111111100 (from port 1) during cycle 182 (1820ns - 1830ns) |
| * Writing 00101101100010010101100111000101+ to address 000000000 (from port 0) during cycle 183 (1830ns - 1840ns) |
| * Reading 00010100010110011011000000110101+ from address 111111111 (from port 1) during cycle 183 (1830ns - 1840ns) |
| * Writing (partial) 11000110011100001000000100010000+ to address 000000000 with mask bit 0110 (from port 0) during cycle 184 (1840ns - 1850ns) |
| * Reading 00110100101100101101010010110000+ from address 111111101 (from port 1) during cycle 184 (1840ns - 1850ns) |
| * Reading 00101101011100001000000111000101+ from address 000000000 (from port 0) during cycle 186 (1860ns - 1870ns) |
| * Reading 00001110010000101101001011100101+ from address 000000011 (from port 1) during cycle 186 (1860ns - 1870ns) |
| * Reading 01000100111000011010001100000101+ from address 000000010 (from port 0) during cycle 187 (1870ns - 1880ns) |
| * Reading 01000100111000011010001100000101+ from address 000000010 (from port 1) during cycle 187 (1870ns - 1880ns) |
| * Writing 11001010110110000101111101000010+ to address 111111110 (from port 0) during cycle 188 (1880ns - 1890ns) |
| * Reading 11111000100101000011111111001011+ from address 000000001 (from port 1) during cycle 188 (1880ns - 1890ns) |
| * Writing 10100010111000110100001111001011+ to address 000000011 (from port 0) during cycle 189 (1890ns - 1900ns) |
| * Reading 10100010111000110100001111001011+ from address 000000011 (from port 0) during cycle 190 (1900ns - 1910ns) |
| * Reading 00010100010110011011000000110101+ from address 111111111 (from port 0) during cycle 191 (1910ns - 1920ns) |
| * Reading 00101101011100001000000111000101+ from address 000000000 (from port 1) during cycle 191 (1910ns - 1920ns) |
| * Writing 11000111100101100010100110110101+ to address 000000001 (from port 0) during cycle 192 (1920ns - 1930ns) |
| * Reading 11001010110110000101111101000010+ from address 111111110 (from port 1) during cycle 192 (1920ns - 1930ns) |
| * Writing 11000000010111101001110010001100+ to address 111111110 (from port 0) during cycle 193 (1930ns - 1940ns) |
| * Reading 01000100111000011010001100000101+ from address 000000010 (from port 1) during cycle 193 (1930ns - 1940ns) |
| * Writing (partial) 00100000100111110011010111000111+ to address 111111101 with mask bit 1100 (from port 0) during cycle 194 (1940ns - 1950ns) |
| * Reading 00101101011100001000000111000101+ from address 000000000 (from port 1) during cycle 194 (1940ns - 1950ns) |
| * Reading 00010100010110011011000000110101+ from address 111111111 (from port 0) during cycle 195 (1950ns - 1960ns) |
| * Reading 01101010101001010000100110011001+ from address 111111100 (from port 0) during cycle 196 (1960ns - 1970ns) |
| * Reading 00101101011100001000000111000101+ from address 000000000 (from port 1) during cycle 196 (1960ns - 1970ns) |
| * Writing (partial) 00111100001110001100010000101000+ to address 111111110 with mask bit 1101 (from port 0) during cycle 197 (1970ns - 1980ns) |
| * Reading 01101010101001010000100110011001+ from address 111111100 (from port 1) during cycle 197 (1970ns - 1980ns) |
| * Reading 11000111100101100010100110110101+ from address 000000001 (from port 0) during cycle 198 (1980ns - 1990ns) |
| * Reading 00100000100111111101010010110000+ from address 111111101 (from port 1) during cycle 198 (1980ns - 1990ns) |
| * Writing 00110100101111000100101000100000+ to address 111111110 (from port 0) during cycle 199 (1990ns - 2000ns) |
| * Reading 00100000100111111101010010110000+ from address 111111101 (from port 1) during cycle 199 (1990ns - 2000ns) |
| * Writing 01110001111100001100010111100010+ to address 111111101 (from port 0) during cycle 201 (2010ns - 2020ns) |
| * Reading 01101010101001010000100110011001+ from address 111111100 (from port 1) during cycle 201 (2010ns - 2020ns) |
| * Writing (partial) 01010111110100010000011111111111+ to address 111111101 with mask bit 0011 (from port 0) during cycle 202 (2020ns - 2030ns) |
| * Idle during cycle 203 (2030ns - 2040ns) |
| |
| * Generation of data and address signals |
| * (time, data): [(0, 0), (10, 1), (20, 1), (30, 0), (40, 0), (50, 0), (60, 0), (70, 1), (80, 0), (90, 1), (100, 0), (110, 1), (120, 0), (130, 0), (140, 0), (150, 0), (160, 0), (170, 0), (180, 0), (190, 1), (200, 1), (210, 1), (220, 0), (230, 0), (240, 0), (250, 0), (260, 0), (270, 0), (280, 0), (290, 0), (300, 1), (310, 1), (320, 1), (330, 1), (340, 1), (350, 1), (360, 1), (370, 1), (380, 1), (390, 1), (400, 1), (410, 0), (420, 0), (430, 0), (440, 1), (450, 1), (460, 0), (470, 0), (480, 0), (490, 0), (500, 0), (510, 1), (520, 1), (530, 0), (540, 0), (550, 1), (560, 0), (570, 0), (580, 0), (590, 0), (600, 0), (610, 0), (620, 1), (630, 0), (640, 0), (650, 1), (660, 1), (670, 1), (680, 0), (690, 1), (700, 1), (710, 1), (720, 0), (730, 0), (740, 0), (750, 0), (760, 1), (770, 1), (780, 1), (790, 0), (800, 1), (810, 1), (820, 1), (830, 0), (840, 0), (850, 1), (860, 1), (870, 1), (880, 1), (890, 0), (900, 0), (910, 0), (920, 0), (930, 0), (940, 1), (950, 0), (960, 0), (970, 0), (980, 0), (990, 1), (1000, 1), (1010, 1), (1020, 0), (1030, 1), (1040, 1), (1050, 1), (1060, 1), (1070, 1), (1080, 1), (1090, 0), (1100, 0), (1110, 1), (1120, 0), (1130, 0), (1140, 0), (1150, 0), (1160, 0), (1170, 0), (1180, 1), (1190, 0), (1200, 0), (1210, 0), (1220, 0), (1230, 0), (1240, 0), (1250, 0), (1260, 0), (1270, 1), (1280, 1), (1290, 1), (1300, 1), (1310, 1), (1320, 1), (1330, 1), (1340, 1), (1350, 1), (1360, 0), (1370, 1), (1380, 1), (1390, 0), (1400, 1), (1410, 1), (1420, 0), (1430, 0), (1440, 0), (1450, 1), (1460, 1), (1470, 1), (1480, 1), (1490, 1), (1500, 1), (1510, 1), (1520, 0), (1530, 0), (1540, 1), (1550, 0), (1560, 0), (1570, 1), (1580, 1), (1590, 0), (1600, 1), (1610, 1), (1620, 1), (1630, 1), (1640, 0), (1650, 1), (1660, 1), (1670, 1), (1680, 1), (1690, 1), (1700, 1), (1710, 1), (1720, 0), (1730, 1), (1740, 1), (1750, 1), (1760, 0), (1770, 1), (1780, 0), (1790, 0), (1800, 1), (1810, 1), (1820, 1), (1830, 1), (1840, 0), (1850, 0), (1860, 0), (1870, 0), (1880, 0), (1890, 1), (1900, 1), (1910, 1), (1920, 1), (1930, 0), (1940, 1), (1950, 1), (1960, 1), (1970, 0), (1980, 0), (1990, 0), (2000, 0), (2010, 0), (2020, 1), (2030, 1)] |
| Vdin0_0 din0_0 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 1.8v 19.495n 1.8v 19.505n 1.8v 29.495n 1.8v 29.505n 0.0v 39.495n 0.0v 39.505n 0.0v 49.495n 0.0v 49.505n 0.0v 59.495n 0.0v 59.505n 0.0v 69.495n 0.0v 69.505n 1.8v 79.495n 1.8v 79.505n 0.0v 89.495n 0.0v 89.505n 1.8v 99.495n 1.8v 99.505n 0.0v 109.495n 0.0v 109.505n 1.8v 119.495n 1.8v 119.505n 0.0v 129.495n 0.0v 129.505n 0.0v 139.495n 0.0v 139.505n 0.0v 149.495n 0.0v 149.505n 0.0v 159.495n 0.0v 159.505n 0.0v 169.495n 0.0v 169.505n 0.0v 179.495n 0.0v 179.505n 0.0v 189.495n 0.0v 189.505n 1.8v 199.495n 1.8v 199.505n 1.8v 209.495n 1.8v 209.505n 1.8v 219.495n 1.8v 219.505n 0.0v 229.495n 0.0v 229.505n 0.0v 239.495n 0.0v 239.505n 0.0v 249.495n 0.0v 249.505n 0.0v 259.495n 0.0v 259.505n 0.0v 269.495n 0.0v 269.505n 0.0v 279.495n 0.0v 279.505n 0.0v 289.495n 0.0v 289.505n 0.0v 299.495n 0.0v 299.505n 1.8v 309.495n 1.8v 309.505n 1.8v 319.495n 1.8v 319.505n 1.8v 329.495n 1.8v 329.505n 1.8v 339.495n 1.8v 339.505n 1.8v 349.495n 1.8v 349.505n 1.8v 359.495n 1.8v 359.505n 1.8v 369.495n 1.8v 369.505n 1.8v 379.495n 1.8v 379.505n 1.8v 389.495n 1.8v 389.505n 1.8v 399.495n 1.8v 399.505n 1.8v 409.495n 1.8v 409.505n 0.0v 419.495n 0.0v 419.505n 0.0v 429.495n 0.0v 429.505n 0.0v 439.495n 0.0v 439.505n 1.8v 449.495n 1.8v 449.505n 1.8v 459.495n 1.8v 459.505n 0.0v 469.495n 0.0v 469.505n 0.0v 479.495n 0.0v 479.505n 0.0v 489.495n 0.0v 489.505n 0.0v 499.495n 0.0v 499.505n 0.0v 509.495n 0.0v 509.505n 1.8v 519.495n 1.8v 519.505n 1.8v 529.495n 1.8v 529.505n 0.0v 539.495n 0.0v 539.505n 0.0v 549.495n 0.0v 549.505n 1.8v 559.495n 1.8v 559.505n 0.0v 569.495n 0.0v 569.505n 0.0v 579.495n 0.0v 579.505n 0.0v 589.495n 0.0v 589.505n 0.0v 599.495n 0.0v 599.505n 0.0v 609.495n 0.0v 609.505n 0.0v 619.495n 0.0v 619.505n 1.8v 629.495n 1.8v 629.505n 0.0v 639.495n 0.0v 639.505n 0.0v 649.495n 0.0v 649.505n 1.8v 659.495n 1.8v 659.505n 1.8v 669.495n 1.8v 669.505n 1.8v 679.495n 1.8v 679.505n 0.0v 689.495n 0.0v 689.505n 1.8v 699.495n 1.8v 699.505n 1.8v 709.495n 1.8v 709.505n 1.8v 719.495n 1.8v 719.505n 0.0v 729.495n 0.0v 729.505n 0.0v 739.495n 0.0v 739.505n 0.0v 749.495n 0.0v 749.505n 0.0v 759.495n 0.0v 759.505n 1.8v 769.495n 1.8v 769.505n 1.8v 779.495n 1.8v 779.505n 1.8v 789.495n 1.8v 789.505n 0.0v 799.495n 0.0v 799.505n 1.8v 809.495n 1.8v 809.505n 1.8v 819.495n 1.8v 819.505n 1.8v 829.495n 1.8v 829.505n 0.0v 839.495n 0.0v 839.505n 0.0v 849.495n 0.0v 849.505n 1.8v 859.495n 1.8v 859.505n 1.8v 869.495n 1.8v 869.505n 1.8v 879.495n 1.8v 879.505n 1.8v 889.495n 1.8v 889.505n 0.0v 899.495n 0.0v 899.505n 0.0v 909.495n 0.0v 909.505n 0.0v 919.495n 0.0v 919.505n 0.0v 929.495n 0.0v 929.505n 0.0v 939.495n 0.0v 939.505n 1.8v 949.495n 1.8v 949.505n 0.0v 959.495n 0.0v 959.505n 0.0v 969.495n 0.0v 969.505n 0.0v 979.495n 0.0v 979.505n 0.0v 989.495n 0.0v 989.505n 1.8v 999.495n 1.8v 999.505n 1.8v 1009.495n 1.8v 1009.505n 1.8v 1019.495n 1.8v 1019.505n 0.0v 1029.495n 0.0v 1029.505n 1.8v 1039.495n 1.8v 1039.505n 1.8v 1049.495n 1.8v 1049.505n 1.8v 1059.495n 1.8v 1059.505n 1.8v 1069.495n 1.8v 1069.505n 1.8v 1079.495n 1.8v 1079.505n 1.8v 1089.495n 1.8v 1089.505n 0.0v 1099.495n 0.0v 1099.505n 0.0v 1109.495n 0.0v 1109.505n 1.8v 1119.495n 1.8v 1119.505n 0.0v 1129.495n 0.0v 1129.505n 0.0v 1139.495n 0.0v 1139.505n 0.0v 1149.495n 0.0v 1149.505n 0.0v 1159.495n 0.0v 1159.505n 0.0v 1169.495n 0.0v 1169.505n 0.0v 1179.495n 0.0v 1179.505n 1.8v 1189.495n 1.8v 1189.505n 0.0v 1199.495n 0.0v 1199.505n 0.0v 1209.495n 0.0v 1209.505n 0.0v 1219.495n 0.0v 1219.505n 0.0v 1229.495n 0.0v 1229.505n 0.0v 1239.495n 0.0v 1239.505n 0.0v 1249.495n 0.0v 1249.505n 0.0v 1259.495n 0.0v 1259.505n 0.0v 1269.495n 0.0v 1269.505n 1.8v 1279.495n 1.8v 1279.505n 1.8v 1289.495n 1.8v 1289.505n 1.8v 1299.495n 1.8v 1299.505n 1.8v 1309.495n 1.8v 1309.505n 1.8v 1319.495n 1.8v 1319.505n 1.8v 1329.495n 1.8v 1329.505n 1.8v 1339.495n 1.8v 1339.505n 1.8v 1349.495n 1.8v 1349.505n 1.8v 1359.495n 1.8v 1359.505n 0.0v 1369.495n 0.0v 1369.505n 1.8v 1379.495n 1.8v 1379.505n 1.8v 1389.495n 1.8v 1389.505n 0.0v 1399.495n 0.0v 1399.505n 1.8v 1409.495n 1.8v 1409.505n 1.8v 1419.495n 1.8v 1419.505n 0.0v 1429.495n 0.0v 1429.505n 0.0v 1439.495n 0.0v 1439.505n 0.0v 1449.495n 0.0v 1449.505n 1.8v 1459.495n 1.8v 1459.505n 1.8v 1469.495n 1.8v 1469.505n 1.8v 1479.495n 1.8v 1479.505n 1.8v 1489.495n 1.8v 1489.505n 1.8v 1499.495n 1.8v 1499.505n 1.8v 1509.495n 1.8v 1509.505n 1.8v 1519.495n 1.8v 1519.505n 0.0v 1529.495n 0.0v 1529.505n 0.0v 1539.495n 0.0v 1539.505n 1.8v 1549.495n 1.8v 1549.505n 0.0v 1559.495n 0.0v 1559.505n 0.0v 1569.495n 0.0v 1569.505n 1.8v 1579.495n 1.8v 1579.505n 1.8v 1589.495n 1.8v 1589.505n 0.0v 1599.495n 0.0v 1599.505n 1.8v 1609.495n 1.8v 1609.505n 1.8v 1619.495n 1.8v 1619.505n 1.8v 1629.495n 1.8v 1629.505n 1.8v 1639.495n 1.8v 1639.505n 0.0v 1649.495n 0.0v 1649.505n 1.8v 1659.495n 1.8v 1659.505n 1.8v 1669.495n 1.8v 1669.505n 1.8v 1679.495n 1.8v 1679.505n 1.8v 1689.495n 1.8v 1689.505n 1.8v 1699.495n 1.8v 1699.505n 1.8v 1709.495n 1.8v 1709.505n 1.8v 1719.495n 1.8v 1719.505n 0.0v 1729.495n 0.0v 1729.505n 1.8v 1739.495n 1.8v 1739.505n 1.8v 1749.495n 1.8v 1749.505n 1.8v 1759.495n 1.8v 1759.505n 0.0v 1769.495n 0.0v 1769.505n 1.8v 1779.495n 1.8v 1779.505n 0.0v 1789.495n 0.0v 1789.505n 0.0v 1799.495n 0.0v 1799.505n 1.8v 1809.495n 1.8v 1809.505n 1.8v 1819.495n 1.8v 1819.505n 1.8v 1829.495n 1.8v 1829.505n 1.8v 1839.495n 1.8v 1839.505n 0.0v 1849.495n 0.0v 1849.505n 0.0v 1859.495n 0.0v 1859.505n 0.0v 1869.495n 0.0v 1869.505n 0.0v 1879.495n 0.0v 1879.505n 0.0v 1889.495n 0.0v 1889.505n 1.8v 1899.495n 1.8v 1899.505n 1.8v 1909.495n 1.8v 1909.505n 1.8v 1919.495n 1.8v 1919.505n 1.8v 1929.495n 1.8v 1929.505n 0.0v 1939.495n 0.0v 1939.505n 1.8v 1949.495n 1.8v 1949.505n 1.8v 1959.495n 1.8v 1959.505n 1.8v 1969.495n 1.8v 1969.505n 0.0v 1979.495n 0.0v 1979.505n 0.0v 1989.495n 0.0v 1989.505n 0.0v 1999.495n 0.0v 1999.505n 0.0v 2009.495n 0.0v 2009.505n 0.0v 2019.495n 0.0v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 1), (20, 1), (30, 0), (40, 0), (50, 0), (60, 0), (70, 1), (80, 1), (90, 1), (100, 0), (110, 0), (120, 1), (130, 1), (140, 1), (150, 1), (160, 1), (170, 1), (180, 1), (190, 1), (200, 1), (210, 1), (220, 1), (230, 1), (240, 0), (250, 1), (260, 0), (270, 0), (280, 0), (290, 1), (300, 0), (310, 0), (320, 0), (330, 0), (340, 0), (350, 0), (360, 0), (370, 0), (380, 0), (390, 0), (400, 1), (410, 1), (420, 1), (430, 1), (440, 1), (450, 1), (460, 0), (470, 0), (480, 0), (490, 0), (500, 0), (510, 0), (520, 1), (530, 0), (540, 0), (550, 0), (560, 0), (570, 0), (580, 1), (590, 1), (600, 0), (610, 0), (620, 0), (630, 0), (640, 0), (650, 1), (660, 0), (670, 0), (680, 0), (690, 0), (700, 0), (710, 0), (720, 0), (730, 0), (740, 0), (750, 1), (760, 1), (770, 0), (780, 1), (790, 0), (800, 1), (810, 1), (820, 1), (830, 0), (840, 0), (850, 0), (860, 0), (870, 0), (880, 0), (890, 1), (900, 1), (910, 1), (920, 1), (930, 1), (940, 1), (950, 0), (960, 0), (970, 1), (980, 1), (990, 1), (1000, 1), (1010, 1), (1020, 1), (1030, 0), (1040, 0), (1050, 0), (1060, 0), (1070, 0), (1080, 0), (1090, 1), (1100, 1), (1110, 0), (1120, 0), (1130, 0), (1140, 0), (1150, 1), (1160, 1), (1170, 1), (1180, 0), (1190, 1), (1200, 1), (1210, 0), (1220, 0), (1230, 1), (1240, 1), (1250, 1), (1260, 0), (1270, 0), (1280, 0), (1290, 0), (1300, 0), (1310, 0), (1320, 0), (1330, 1), (1340, 0), (1350, 0), (1360, 1), (1370, 0), (1380, 0), (1390, 0), (1400, 1), (1410, 1), (1420, 1), (1430, 1), (1440, 1), (1450, 0), (1460, 0), (1470, 0), (1480, 0), (1490, 0), (1500, 0), (1510, 1), (1520, 0), (1530, 0), (1540, 0), (1550, 0), (1560, 0), (1570, 1), (1580, 1), (1590, 0), (1600, 0), (1610, 1), (1620, 1), (1630, 0), (1640, 1), (1650, 0), (1660, 0), (1670, 1), (1680, 1), (1690, 1), (1700, 1), (1710, 1), (1720, 1), (1730, 0), (1740, 0), (1750, 0), (1760, 1), (1770, 1), (1780, 1), (1790, 1), (1800, 1), (1810, 0), (1820, 0), (1830, 0), (1840, 0), (1850, 0), (1860, 0), (1870, 0), (1880, 1), (1890, 1), (1900, 1), (1910, 1), (1920, 0), (1930, 0), (1940, 1), (1950, 1), (1960, 1), (1970, 0), (1980, 0), (1990, 0), (2000, 0), (2010, 1), (2020, 1), (2030, 1)] |
| Vdin0_1 din0_1 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 1.8v 19.495n 1.8v 19.505n 1.8v 29.495n 1.8v 29.505n 0.0v 39.495n 0.0v 39.505n 0.0v 49.495n 0.0v 49.505n 0.0v 59.495n 0.0v 59.505n 0.0v 69.495n 0.0v 69.505n 1.8v 79.495n 1.8v 79.505n 1.8v 89.495n 1.8v 89.505n 1.8v 99.495n 1.8v 99.505n 0.0v 109.495n 0.0v 109.505n 0.0v 119.495n 0.0v 119.505n 1.8v 129.495n 1.8v 129.505n 1.8v 139.495n 1.8v 139.505n 1.8v 149.495n 1.8v 149.505n 1.8v 159.495n 1.8v 159.505n 1.8v 169.495n 1.8v 169.505n 1.8v 179.495n 1.8v 179.505n 1.8v 189.495n 1.8v 189.505n 1.8v 199.495n 1.8v 199.505n 1.8v 209.495n 1.8v 209.505n 1.8v 219.495n 1.8v 219.505n 1.8v 229.495n 1.8v 229.505n 1.8v 239.495n 1.8v 239.505n 0.0v 249.495n 0.0v 249.505n 1.8v 259.495n 1.8v 259.505n 0.0v 269.495n 0.0v 269.505n 0.0v 279.495n 0.0v 279.505n 0.0v 289.495n 0.0v 289.505n 1.8v 299.495n 1.8v 299.505n 0.0v 309.495n 0.0v 309.505n 0.0v 319.495n 0.0v 319.505n 0.0v 329.495n 0.0v 329.505n 0.0v 339.495n 0.0v 339.505n 0.0v 349.495n 0.0v 349.505n 0.0v 359.495n 0.0v 359.505n 0.0v 369.495n 0.0v 369.505n 0.0v 379.495n 0.0v 379.505n 0.0v 389.495n 0.0v 389.505n 0.0v 399.495n 0.0v 399.505n 1.8v 409.495n 1.8v 409.505n 1.8v 419.495n 1.8v 419.505n 1.8v 429.495n 1.8v 429.505n 1.8v 439.495n 1.8v 439.505n 1.8v 449.495n 1.8v 449.505n 1.8v 459.495n 1.8v 459.505n 0.0v 469.495n 0.0v 469.505n 0.0v 479.495n 0.0v 479.505n 0.0v 489.495n 0.0v 489.505n 0.0v 499.495n 0.0v 499.505n 0.0v 509.495n 0.0v 509.505n 0.0v 519.495n 0.0v 519.505n 1.8v 529.495n 1.8v 529.505n 0.0v 539.495n 0.0v 539.505n 0.0v 549.495n 0.0v 549.505n 0.0v 559.495n 0.0v 559.505n 0.0v 569.495n 0.0v 569.505n 0.0v 579.495n 0.0v 579.505n 1.8v 589.495n 1.8v 589.505n 1.8v 599.495n 1.8v 599.505n 0.0v 609.495n 0.0v 609.505n 0.0v 619.495n 0.0v 619.505n 0.0v 629.495n 0.0v 629.505n 0.0v 639.495n 0.0v 639.505n 0.0v 649.495n 0.0v 649.505n 1.8v 659.495n 1.8v 659.505n 0.0v 669.495n 0.0v 669.505n 0.0v 679.495n 0.0v 679.505n 0.0v 689.495n 0.0v 689.505n 0.0v 699.495n 0.0v 699.505n 0.0v 709.495n 0.0v 709.505n 0.0v 719.495n 0.0v 719.505n 0.0v 729.495n 0.0v 729.505n 0.0v 739.495n 0.0v 739.505n 0.0v 749.495n 0.0v 749.505n 1.8v 759.495n 1.8v 759.505n 1.8v 769.495n 1.8v 769.505n 0.0v 779.495n 0.0v 779.505n 1.8v 789.495n 1.8v 789.505n 0.0v 799.495n 0.0v 799.505n 1.8v 809.495n 1.8v 809.505n 1.8v 819.495n 1.8v 819.505n 1.8v 829.495n 1.8v 829.505n 0.0v 839.495n 0.0v 839.505n 0.0v 849.495n 0.0v 849.505n 0.0v 859.495n 0.0v 859.505n 0.0v 869.495n 0.0v 869.505n 0.0v 879.495n 0.0v 879.505n 0.0v 889.495n 0.0v 889.505n 1.8v 899.495n 1.8v 899.505n 1.8v 909.495n 1.8v 909.505n 1.8v 919.495n 1.8v 919.505n 1.8v 929.495n 1.8v 929.505n 1.8v 939.495n 1.8v 939.505n 1.8v 949.495n 1.8v 949.505n 0.0v 959.495n 0.0v 959.505n 0.0v 969.495n 0.0v 969.505n 1.8v 979.495n 1.8v 979.505n 1.8v 989.495n 1.8v 989.505n 1.8v 999.495n 1.8v 999.505n 1.8v 1009.495n 1.8v 1009.505n 1.8v 1019.495n 1.8v 1019.505n 1.8v 1029.495n 1.8v 1029.505n 0.0v 1039.495n 0.0v 1039.505n 0.0v 1049.495n 0.0v 1049.505n 0.0v 1059.495n 0.0v 1059.505n 0.0v 1069.495n 0.0v 1069.505n 0.0v 1079.495n 0.0v 1079.505n 0.0v 1089.495n 0.0v 1089.505n 1.8v 1099.495n 1.8v 1099.505n 1.8v 1109.495n 1.8v 1109.505n 0.0v 1119.495n 0.0v 1119.505n 0.0v 1129.495n 0.0v 1129.505n 0.0v 1139.495n 0.0v 1139.505n 0.0v 1149.495n 0.0v 1149.505n 1.8v 1159.495n 1.8v 1159.505n 1.8v 1169.495n 1.8v 1169.505n 1.8v 1179.495n 1.8v 1179.505n 0.0v 1189.495n 0.0v 1189.505n 1.8v 1199.495n 1.8v 1199.505n 1.8v 1209.495n 1.8v 1209.505n 0.0v 1219.495n 0.0v 1219.505n 0.0v 1229.495n 0.0v 1229.505n 1.8v 1239.495n 1.8v 1239.505n 1.8v 1249.495n 1.8v 1249.505n 1.8v 1259.495n 1.8v 1259.505n 0.0v 1269.495n 0.0v 1269.505n 0.0v 1279.495n 0.0v 1279.505n 0.0v 1289.495n 0.0v 1289.505n 0.0v 1299.495n 0.0v 1299.505n 0.0v 1309.495n 0.0v 1309.505n 0.0v 1319.495n 0.0v 1319.505n 0.0v 1329.495n 0.0v 1329.505n 1.8v 1339.495n 1.8v 1339.505n 0.0v 1349.495n 0.0v 1349.505n 0.0v 1359.495n 0.0v 1359.505n 1.8v 1369.495n 1.8v 1369.505n 0.0v 1379.495n 0.0v 1379.505n 0.0v 1389.495n 0.0v 1389.505n 0.0v 1399.495n 0.0v 1399.505n 1.8v 1409.495n 1.8v 1409.505n 1.8v 1419.495n 1.8v 1419.505n 1.8v 1429.495n 1.8v 1429.505n 1.8v 1439.495n 1.8v 1439.505n 1.8v 1449.495n 1.8v 1449.505n 0.0v 1459.495n 0.0v 1459.505n 0.0v 1469.495n 0.0v 1469.505n 0.0v 1479.495n 0.0v 1479.505n 0.0v 1489.495n 0.0v 1489.505n 0.0v 1499.495n 0.0v 1499.505n 0.0v 1509.495n 0.0v 1509.505n 1.8v 1519.495n 1.8v 1519.505n 0.0v 1529.495n 0.0v 1529.505n 0.0v 1539.495n 0.0v 1539.505n 0.0v 1549.495n 0.0v 1549.505n 0.0v 1559.495n 0.0v 1559.505n 0.0v 1569.495n 0.0v 1569.505n 1.8v 1579.495n 1.8v 1579.505n 1.8v 1589.495n 1.8v 1589.505n 0.0v 1599.495n 0.0v 1599.505n 0.0v 1609.495n 0.0v 1609.505n 1.8v 1619.495n 1.8v 1619.505n 1.8v 1629.495n 1.8v 1629.505n 0.0v 1639.495n 0.0v 1639.505n 1.8v 1649.495n 1.8v 1649.505n 0.0v 1659.495n 0.0v 1659.505n 0.0v 1669.495n 0.0v 1669.505n 1.8v 1679.495n 1.8v 1679.505n 1.8v 1689.495n 1.8v 1689.505n 1.8v 1699.495n 1.8v 1699.505n 1.8v 1709.495n 1.8v 1709.505n 1.8v 1719.495n 1.8v 1719.505n 1.8v 1729.495n 1.8v 1729.505n 0.0v 1739.495n 0.0v 1739.505n 0.0v 1749.495n 0.0v 1749.505n 0.0v 1759.495n 0.0v 1759.505n 1.8v 1769.495n 1.8v 1769.505n 1.8v 1779.495n 1.8v 1779.505n 1.8v 1789.495n 1.8v 1789.505n 1.8v 1799.495n 1.8v 1799.505n 1.8v 1809.495n 1.8v 1809.505n 0.0v 1819.495n 0.0v 1819.505n 0.0v 1829.495n 0.0v 1829.505n 0.0v 1839.495n 0.0v 1839.505n 0.0v 1849.495n 0.0v 1849.505n 0.0v 1859.495n 0.0v 1859.505n 0.0v 1869.495n 0.0v 1869.505n 0.0v 1879.495n 0.0v 1879.505n 1.8v 1889.495n 1.8v 1889.505n 1.8v 1899.495n 1.8v 1899.505n 1.8v 1909.495n 1.8v 1909.505n 1.8v 1919.495n 1.8v 1919.505n 0.0v 1929.495n 0.0v 1929.505n 0.0v 1939.495n 0.0v 1939.505n 1.8v 1949.495n 1.8v 1949.505n 1.8v 1959.495n 1.8v 1959.505n 1.8v 1969.495n 1.8v 1969.505n 0.0v 1979.495n 0.0v 1979.505n 0.0v 1989.495n 0.0v 1989.505n 0.0v 1999.495n 0.0v 1999.505n 0.0v 2009.495n 0.0v 2009.505n 1.8v 2019.495n 1.8v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 0), (20, 0), (30, 1), (40, 1), (50, 1), (60, 1), (70, 1), (80, 1), (90, 1), (100, 1), (110, 0), (120, 0), (130, 0), (140, 0), (150, 0), (160, 0), (170, 0), (180, 0), (190, 1), (200, 0), (210, 0), (220, 0), (230, 0), (240, 0), (250, 0), (260, 1), (270, 1), (280, 1), (290, 1), (300, 0), (310, 0), (320, 0), (330, 0), (340, 0), (350, 0), (360, 0), (370, 0), (380, 0), (390, 0), (400, 0), (410, 0), (420, 0), (430, 0), (440, 0), (450, 0), (460, 0), (470, 0), (480, 0), (490, 0), (500, 0), (510, 1), (520, 1), (530, 1), (540, 0), (550, 0), (560, 1), (570, 1), (580, 0), (590, 0), (600, 1), (610, 1), (620, 0), (630, 1), (640, 1), (650, 1), (660, 1), (670, 1), (680, 1), (690, 1), (700, 1), (710, 1), (720, 0), (730, 0), (740, 0), (750, 0), (760, 1), (770, 0), (780, 1), (790, 1), (800, 0), (810, 0), (820, 0), (830, 1), (840, 0), (850, 1), (860, 1), (870, 1), (880, 1), (890, 0), (900, 0), (910, 1), (920, 1), (930, 1), (940, 0), (950, 1), (960, 1), (970, 1), (980, 1), (990, 0), (1000, 0), (1010, 0), (1020, 0), (1030, 1), (1040, 1), (1050, 1), (1060, 1), (1070, 1), (1080, 1), (1090, 0), (1100, 0), (1110, 1), (1120, 1), (1130, 1), (1140, 1), (1150, 1), (1160, 1), (1170, 1), (1180, 1), (1190, 1), (1200, 1), (1210, 1), (1220, 1), (1230, 0), (1240, 0), (1250, 1), (1260, 0), (1270, 1), (1280, 1), (1290, 1), (1300, 1), (1310, 1), (1320, 1), (1330, 0), (1340, 0), (1350, 0), (1360, 0), (1370, 0), (1380, 0), (1390, 0), (1400, 0), (1410, 0), (1420, 0), (1430, 0), (1440, 0), (1450, 0), (1460, 0), (1470, 0), (1480, 1), (1490, 1), (1500, 1), (1510, 0), (1520, 1), (1530, 1), (1540, 1), (1550, 0), (1560, 0), (1570, 0), (1580, 0), (1590, 0), (1600, 1), (1610, 0), (1620, 0), (1630, 0), (1640, 0), (1650, 1), (1660, 1), (1670, 1), (1680, 1), (1690, 1), (1700, 1), (1710, 1), (1720, 0), (1730, 0), (1740, 0), (1750, 0), (1760, 1), (1770, 0), (1780, 1), (1790, 1), (1800, 0), (1810, 1), (1820, 1), (1830, 1), (1840, 0), (1850, 0), (1860, 0), (1870, 0), (1880, 0), (1890, 0), (1900, 0), (1910, 0), (1920, 1), (1930, 1), (1940, 1), (1950, 1), (1960, 1), (1970, 0), (1980, 0), (1990, 0), (2000, 0), (2010, 0), (2020, 1), (2030, 1)] |
| Vdin0_2 din0_2 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 0.0v 19.495n 0.0v 19.505n 0.0v 29.495n 0.0v 29.505n 1.8v 39.495n 1.8v 39.505n 1.8v 49.495n 1.8v 49.505n 1.8v 59.495n 1.8v 59.505n 1.8v 69.495n 1.8v 69.505n 1.8v 79.495n 1.8v 79.505n 1.8v 89.495n 1.8v 89.505n 1.8v 99.495n 1.8v 99.505n 1.8v 109.495n 1.8v 109.505n 0.0v 119.495n 0.0v 119.505n 0.0v 129.495n 0.0v 129.505n 0.0v 139.495n 0.0v 139.505n 0.0v 149.495n 0.0v 149.505n 0.0v 159.495n 0.0v 159.505n 0.0v 169.495n 0.0v 169.505n 0.0v 179.495n 0.0v 179.505n 0.0v 189.495n 0.0v 189.505n 1.8v 199.495n 1.8v 199.505n 0.0v 209.495n 0.0v 209.505n 0.0v 219.495n 0.0v 219.505n 0.0v 229.495n 0.0v 229.505n 0.0v 239.495n 0.0v 239.505n 0.0v 249.495n 0.0v 249.505n 0.0v 259.495n 0.0v 259.505n 1.8v 269.495n 1.8v 269.505n 1.8v 279.495n 1.8v 279.505n 1.8v 289.495n 1.8v 289.505n 1.8v 299.495n 1.8v 299.505n 0.0v 309.495n 0.0v 309.505n 0.0v 319.495n 0.0v 319.505n 0.0v 329.495n 0.0v 329.505n 0.0v 339.495n 0.0v 339.505n 0.0v 349.495n 0.0v 349.505n 0.0v 359.495n 0.0v 359.505n 0.0v 369.495n 0.0v 369.505n 0.0v 379.495n 0.0v 379.505n 0.0v 389.495n 0.0v 389.505n 0.0v 399.495n 0.0v 399.505n 0.0v 409.495n 0.0v 409.505n 0.0v 419.495n 0.0v 419.505n 0.0v 429.495n 0.0v 429.505n 0.0v 439.495n 0.0v 439.505n 0.0v 449.495n 0.0v 449.505n 0.0v 459.495n 0.0v 459.505n 0.0v 469.495n 0.0v 469.505n 0.0v 479.495n 0.0v 479.505n 0.0v 489.495n 0.0v 489.505n 0.0v 499.495n 0.0v 499.505n 0.0v 509.495n 0.0v 509.505n 1.8v 519.495n 1.8v 519.505n 1.8v 529.495n 1.8v 529.505n 1.8v 539.495n 1.8v 539.505n 0.0v 549.495n 0.0v 549.505n 0.0v 559.495n 0.0v 559.505n 1.8v 569.495n 1.8v 569.505n 1.8v 579.495n 1.8v 579.505n 0.0v 589.495n 0.0v 589.505n 0.0v 599.495n 0.0v 599.505n 1.8v 609.495n 1.8v 609.505n 1.8v 619.495n 1.8v 619.505n 0.0v 629.495n 0.0v 629.505n 1.8v 639.495n 1.8v 639.505n 1.8v 649.495n 1.8v 649.505n 1.8v 659.495n 1.8v 659.505n 1.8v 669.495n 1.8v 669.505n 1.8v 679.495n 1.8v 679.505n 1.8v 689.495n 1.8v 689.505n 1.8v 699.495n 1.8v 699.505n 1.8v 709.495n 1.8v 709.505n 1.8v 719.495n 1.8v 719.505n 0.0v 729.495n 0.0v 729.505n 0.0v 739.495n 0.0v 739.505n 0.0v 749.495n 0.0v 749.505n 0.0v 759.495n 0.0v 759.505n 1.8v 769.495n 1.8v 769.505n 0.0v 779.495n 0.0v 779.505n 1.8v 789.495n 1.8v 789.505n 1.8v 799.495n 1.8v 799.505n 0.0v 809.495n 0.0v 809.505n 0.0v 819.495n 0.0v 819.505n 0.0v 829.495n 0.0v 829.505n 1.8v 839.495n 1.8v 839.505n 0.0v 849.495n 0.0v 849.505n 1.8v 859.495n 1.8v 859.505n 1.8v 869.495n 1.8v 869.505n 1.8v 879.495n 1.8v 879.505n 1.8v 889.495n 1.8v 889.505n 0.0v 899.495n 0.0v 899.505n 0.0v 909.495n 0.0v 909.505n 1.8v 919.495n 1.8v 919.505n 1.8v 929.495n 1.8v 929.505n 1.8v 939.495n 1.8v 939.505n 0.0v 949.495n 0.0v 949.505n 1.8v 959.495n 1.8v 959.505n 1.8v 969.495n 1.8v 969.505n 1.8v 979.495n 1.8v 979.505n 1.8v 989.495n 1.8v 989.505n 0.0v 999.495n 0.0v 999.505n 0.0v 1009.495n 0.0v 1009.505n 0.0v 1019.495n 0.0v 1019.505n 0.0v 1029.495n 0.0v 1029.505n 1.8v 1039.495n 1.8v 1039.505n 1.8v 1049.495n 1.8v 1049.505n 1.8v 1059.495n 1.8v 1059.505n 1.8v 1069.495n 1.8v 1069.505n 1.8v 1079.495n 1.8v 1079.505n 1.8v 1089.495n 1.8v 1089.505n 0.0v 1099.495n 0.0v 1099.505n 0.0v 1109.495n 0.0v 1109.505n 1.8v 1119.495n 1.8v 1119.505n 1.8v 1129.495n 1.8v 1129.505n 1.8v 1139.495n 1.8v 1139.505n 1.8v 1149.495n 1.8v 1149.505n 1.8v 1159.495n 1.8v 1159.505n 1.8v 1169.495n 1.8v 1169.505n 1.8v 1179.495n 1.8v 1179.505n 1.8v 1189.495n 1.8v 1189.505n 1.8v 1199.495n 1.8v 1199.505n 1.8v 1209.495n 1.8v 1209.505n 1.8v 1219.495n 1.8v 1219.505n 1.8v 1229.495n 1.8v 1229.505n 0.0v 1239.495n 0.0v 1239.505n 0.0v 1249.495n 0.0v 1249.505n 1.8v 1259.495n 1.8v 1259.505n 0.0v 1269.495n 0.0v 1269.505n 1.8v 1279.495n 1.8v 1279.505n 1.8v 1289.495n 1.8v 1289.505n 1.8v 1299.495n 1.8v 1299.505n 1.8v 1309.495n 1.8v 1309.505n 1.8v 1319.495n 1.8v 1319.505n 1.8v 1329.495n 1.8v 1329.505n 0.0v 1339.495n 0.0v 1339.505n 0.0v 1349.495n 0.0v 1349.505n 0.0v 1359.495n 0.0v 1359.505n 0.0v 1369.495n 0.0v 1369.505n 0.0v 1379.495n 0.0v 1379.505n 0.0v 1389.495n 0.0v 1389.505n 0.0v 1399.495n 0.0v 1399.505n 0.0v 1409.495n 0.0v 1409.505n 0.0v 1419.495n 0.0v 1419.505n 0.0v 1429.495n 0.0v 1429.505n 0.0v 1439.495n 0.0v 1439.505n 0.0v 1449.495n 0.0v 1449.505n 0.0v 1459.495n 0.0v 1459.505n 0.0v 1469.495n 0.0v 1469.505n 0.0v 1479.495n 0.0v 1479.505n 1.8v 1489.495n 1.8v 1489.505n 1.8v 1499.495n 1.8v 1499.505n 1.8v 1509.495n 1.8v 1509.505n 0.0v 1519.495n 0.0v 1519.505n 1.8v 1529.495n 1.8v 1529.505n 1.8v 1539.495n 1.8v 1539.505n 1.8v 1549.495n 1.8v 1549.505n 0.0v 1559.495n 0.0v 1559.505n 0.0v 1569.495n 0.0v 1569.505n 0.0v 1579.495n 0.0v 1579.505n 0.0v 1589.495n 0.0v 1589.505n 0.0v 1599.495n 0.0v 1599.505n 1.8v 1609.495n 1.8v 1609.505n 0.0v 1619.495n 0.0v 1619.505n 0.0v 1629.495n 0.0v 1629.505n 0.0v 1639.495n 0.0v 1639.505n 0.0v 1649.495n 0.0v 1649.505n 1.8v 1659.495n 1.8v 1659.505n 1.8v 1669.495n 1.8v 1669.505n 1.8v 1679.495n 1.8v 1679.505n 1.8v 1689.495n 1.8v 1689.505n 1.8v 1699.495n 1.8v 1699.505n 1.8v 1709.495n 1.8v 1709.505n 1.8v 1719.495n 1.8v 1719.505n 0.0v 1729.495n 0.0v 1729.505n 0.0v 1739.495n 0.0v 1739.505n 0.0v 1749.495n 0.0v 1749.505n 0.0v 1759.495n 0.0v 1759.505n 1.8v 1769.495n 1.8v 1769.505n 0.0v 1779.495n 0.0v 1779.505n 1.8v 1789.495n 1.8v 1789.505n 1.8v 1799.495n 1.8v 1799.505n 0.0v 1809.495n 0.0v 1809.505n 1.8v 1819.495n 1.8v 1819.505n 1.8v 1829.495n 1.8v 1829.505n 1.8v 1839.495n 1.8v 1839.505n 0.0v 1849.495n 0.0v 1849.505n 0.0v 1859.495n 0.0v 1859.505n 0.0v 1869.495n 0.0v 1869.505n 0.0v 1879.495n 0.0v 1879.505n 0.0v 1889.495n 0.0v 1889.505n 0.0v 1899.495n 0.0v 1899.505n 0.0v 1909.495n 0.0v 1909.505n 0.0v 1919.495n 0.0v 1919.505n 1.8v 1929.495n 1.8v 1929.505n 1.8v 1939.495n 1.8v 1939.505n 1.8v 1949.495n 1.8v 1949.505n 1.8v 1959.495n 1.8v 1959.505n 1.8v 1969.495n 1.8v 1969.505n 0.0v 1979.495n 0.0v 1979.505n 0.0v 1989.495n 0.0v 1989.505n 0.0v 1999.495n 0.0v 1999.505n 0.0v 2009.495n 0.0v 2009.505n 0.0v 2019.495n 0.0v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 1), (20, 1), (30, 0), (40, 0), (50, 0), (60, 0), (70, 0), (80, 0), (90, 1), (100, 1), (110, 1), (120, 0), (130, 1), (140, 1), (150, 1), (160, 1), (170, 0), (180, 0), (190, 1), (200, 1), (210, 1), (220, 0), (230, 0), (240, 1), (250, 0), (260, 1), (270, 1), (280, 1), (290, 1), (300, 1), (310, 1), (320, 1), (330, 1), (340, 1), (350, 1), (360, 1), (370, 1), (380, 1), (390, 1), (400, 1), (410, 0), (420, 0), (430, 1), (440, 1), (450, 1), (460, 0), (470, 0), (480, 0), (490, 0), (500, 0), (510, 0), (520, 1), (530, 0), (540, 1), (550, 0), (560, 1), (570, 0), (580, 0), (590, 0), (600, 1), (610, 0), (620, 0), (630, 1), (640, 1), (650, 0), (660, 0), (670, 0), (680, 1), (690, 1), (700, 1), (710, 1), (720, 1), (730, 1), (740, 1), (750, 0), (760, 0), (770, 0), (780, 1), (790, 1), (800, 0), (810, 0), (820, 0), (830, 0), (840, 0), (850, 0), (860, 0), (870, 0), (880, 0), (890, 0), (900, 0), (910, 0), (920, 0), (930, 0), (940, 0), (950, 1), (960, 1), (970, 0), (980, 0), (990, 0), (1000, 0), (1010, 0), (1020, 1), (1030, 1), (1040, 1), (1050, 1), (1060, 1), (1070, 1), (1080, 1), (1090, 1), (1100, 1), (1110, 1), (1120, 0), (1130, 0), (1140, 0), (1150, 1), (1160, 1), (1170, 1), (1180, 1), (1190, 0), (1200, 0), (1210, 1), (1220, 1), (1230, 1), (1240, 1), (1250, 0), (1260, 1), (1270, 0), (1280, 0), (1290, 0), (1300, 0), (1310, 0), (1320, 0), (1330, 1), (1340, 1), (1350, 1), (1360, 0), (1370, 0), (1380, 0), (1390, 1), (1400, 0), (1410, 0), (1420, 0), (1430, 0), (1440, 0), (1450, 1), (1460, 1), (1470, 1), (1480, 1), (1490, 1), (1500, 1), (1510, 1), (1520, 0), (1530, 0), (1540, 1), (1550, 0), (1560, 0), (1570, 1), (1580, 1), (1590, 0), (1600, 0), (1610, 1), (1620, 1), (1630, 0), (1640, 1), (1650, 0), (1660, 0), (1670, 1), (1680, 1), (1690, 1), (1700, 1), (1710, 1), (1720, 0), (1730, 1), (1740, 1), (1750, 1), (1760, 0), (1770, 0), (1780, 1), (1790, 1), (1800, 1), (1810, 0), (1820, 0), (1830, 0), (1840, 0), (1850, 0), (1860, 0), (1870, 0), (1880, 0), (1890, 1), (1900, 1), (1910, 1), (1920, 0), (1930, 1), (1940, 0), (1950, 0), (1960, 0), (1970, 1), (1980, 1), (1990, 0), (2000, 0), (2010, 0), (2020, 1), (2030, 1)] |
| Vdin0_3 din0_3 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 1.8v 19.495n 1.8v 19.505n 1.8v 29.495n 1.8v 29.505n 0.0v 39.495n 0.0v 39.505n 0.0v 49.495n 0.0v 49.505n 0.0v 59.495n 0.0v 59.505n 0.0v 69.495n 0.0v 69.505n 0.0v 79.495n 0.0v 79.505n 0.0v 89.495n 0.0v 89.505n 1.8v 99.495n 1.8v 99.505n 1.8v 109.495n 1.8v 109.505n 1.8v 119.495n 1.8v 119.505n 0.0v 129.495n 0.0v 129.505n 1.8v 139.495n 1.8v 139.505n 1.8v 149.495n 1.8v 149.505n 1.8v 159.495n 1.8v 159.505n 1.8v 169.495n 1.8v 169.505n 0.0v 179.495n 0.0v 179.505n 0.0v 189.495n 0.0v 189.505n 1.8v 199.495n 1.8v 199.505n 1.8v 209.495n 1.8v 209.505n 1.8v 219.495n 1.8v 219.505n 0.0v 229.495n 0.0v 229.505n 0.0v 239.495n 0.0v 239.505n 1.8v 249.495n 1.8v 249.505n 0.0v 259.495n 0.0v 259.505n 1.8v 269.495n 1.8v 269.505n 1.8v 279.495n 1.8v 279.505n 1.8v 289.495n 1.8v 289.505n 1.8v 299.495n 1.8v 299.505n 1.8v 309.495n 1.8v 309.505n 1.8v 319.495n 1.8v 319.505n 1.8v 329.495n 1.8v 329.505n 1.8v 339.495n 1.8v 339.505n 1.8v 349.495n 1.8v 349.505n 1.8v 359.495n 1.8v 359.505n 1.8v 369.495n 1.8v 369.505n 1.8v 379.495n 1.8v 379.505n 1.8v 389.495n 1.8v 389.505n 1.8v 399.495n 1.8v 399.505n 1.8v 409.495n 1.8v 409.505n 0.0v 419.495n 0.0v 419.505n 0.0v 429.495n 0.0v 429.505n 1.8v 439.495n 1.8v 439.505n 1.8v 449.495n 1.8v 449.505n 1.8v 459.495n 1.8v 459.505n 0.0v 469.495n 0.0v 469.505n 0.0v 479.495n 0.0v 479.505n 0.0v 489.495n 0.0v 489.505n 0.0v 499.495n 0.0v 499.505n 0.0v 509.495n 0.0v 509.505n 0.0v 519.495n 0.0v 519.505n 1.8v 529.495n 1.8v 529.505n 0.0v 539.495n 0.0v 539.505n 1.8v 549.495n 1.8v 549.505n 0.0v 559.495n 0.0v 559.505n 1.8v 569.495n 1.8v 569.505n 0.0v 579.495n 0.0v 579.505n 0.0v 589.495n 0.0v 589.505n 0.0v 599.495n 0.0v 599.505n 1.8v 609.495n 1.8v 609.505n 0.0v 619.495n 0.0v 619.505n 0.0v 629.495n 0.0v 629.505n 1.8v 639.495n 1.8v 639.505n 1.8v 649.495n 1.8v 649.505n 0.0v 659.495n 0.0v 659.505n 0.0v 669.495n 0.0v 669.505n 0.0v 679.495n 0.0v 679.505n 1.8v 689.495n 1.8v 689.505n 1.8v 699.495n 1.8v 699.505n 1.8v 709.495n 1.8v 709.505n 1.8v 719.495n 1.8v 719.505n 1.8v 729.495n 1.8v 729.505n 1.8v 739.495n 1.8v 739.505n 1.8v 749.495n 1.8v 749.505n 0.0v 759.495n 0.0v 759.505n 0.0v 769.495n 0.0v 769.505n 0.0v 779.495n 0.0v 779.505n 1.8v 789.495n 1.8v 789.505n 1.8v 799.495n 1.8v 799.505n 0.0v 809.495n 0.0v 809.505n 0.0v 819.495n 0.0v 819.505n 0.0v 829.495n 0.0v 829.505n 0.0v 839.495n 0.0v 839.505n 0.0v 849.495n 0.0v 849.505n 0.0v 859.495n 0.0v 859.505n 0.0v 869.495n 0.0v 869.505n 0.0v 879.495n 0.0v 879.505n 0.0v 889.495n 0.0v 889.505n 0.0v 899.495n 0.0v 899.505n 0.0v 909.495n 0.0v 909.505n 0.0v 919.495n 0.0v 919.505n 0.0v 929.495n 0.0v 929.505n 0.0v 939.495n 0.0v 939.505n 0.0v 949.495n 0.0v 949.505n 1.8v 959.495n 1.8v 959.505n 1.8v 969.495n 1.8v 969.505n 0.0v 979.495n 0.0v 979.505n 0.0v 989.495n 0.0v 989.505n 0.0v 999.495n 0.0v 999.505n 0.0v 1009.495n 0.0v 1009.505n 0.0v 1019.495n 0.0v 1019.505n 1.8v 1029.495n 1.8v 1029.505n 1.8v 1039.495n 1.8v 1039.505n 1.8v 1049.495n 1.8v 1049.505n 1.8v 1059.495n 1.8v 1059.505n 1.8v 1069.495n 1.8v 1069.505n 1.8v 1079.495n 1.8v 1079.505n 1.8v 1089.495n 1.8v 1089.505n 1.8v 1099.495n 1.8v 1099.505n 1.8v 1109.495n 1.8v 1109.505n 1.8v 1119.495n 1.8v 1119.505n 0.0v 1129.495n 0.0v 1129.505n 0.0v 1139.495n 0.0v 1139.505n 0.0v 1149.495n 0.0v 1149.505n 1.8v 1159.495n 1.8v 1159.505n 1.8v 1169.495n 1.8v 1169.505n 1.8v 1179.495n 1.8v 1179.505n 1.8v 1189.495n 1.8v 1189.505n 0.0v 1199.495n 0.0v 1199.505n 0.0v 1209.495n 0.0v 1209.505n 1.8v 1219.495n 1.8v 1219.505n 1.8v 1229.495n 1.8v 1229.505n 1.8v 1239.495n 1.8v 1239.505n 1.8v 1249.495n 1.8v 1249.505n 0.0v 1259.495n 0.0v 1259.505n 1.8v 1269.495n 1.8v 1269.505n 0.0v 1279.495n 0.0v 1279.505n 0.0v 1289.495n 0.0v 1289.505n 0.0v 1299.495n 0.0v 1299.505n 0.0v 1309.495n 0.0v 1309.505n 0.0v 1319.495n 0.0v 1319.505n 0.0v 1329.495n 0.0v 1329.505n 1.8v 1339.495n 1.8v 1339.505n 1.8v 1349.495n 1.8v 1349.505n 1.8v 1359.495n 1.8v 1359.505n 0.0v 1369.495n 0.0v 1369.505n 0.0v 1379.495n 0.0v 1379.505n 0.0v 1389.495n 0.0v 1389.505n 1.8v 1399.495n 1.8v 1399.505n 0.0v 1409.495n 0.0v 1409.505n 0.0v 1419.495n 0.0v 1419.505n 0.0v 1429.495n 0.0v 1429.505n 0.0v 1439.495n 0.0v 1439.505n 0.0v 1449.495n 0.0v 1449.505n 1.8v 1459.495n 1.8v 1459.505n 1.8v 1469.495n 1.8v 1469.505n 1.8v 1479.495n 1.8v 1479.505n 1.8v 1489.495n 1.8v 1489.505n 1.8v 1499.495n 1.8v 1499.505n 1.8v 1509.495n 1.8v 1509.505n 1.8v 1519.495n 1.8v 1519.505n 0.0v 1529.495n 0.0v 1529.505n 0.0v 1539.495n 0.0v 1539.505n 1.8v 1549.495n 1.8v 1549.505n 0.0v 1559.495n 0.0v 1559.505n 0.0v 1569.495n 0.0v 1569.505n 1.8v 1579.495n 1.8v 1579.505n 1.8v 1589.495n 1.8v 1589.505n 0.0v 1599.495n 0.0v 1599.505n 0.0v 1609.495n 0.0v 1609.505n 1.8v 1619.495n 1.8v 1619.505n 1.8v 1629.495n 1.8v 1629.505n 0.0v 1639.495n 0.0v 1639.505n 1.8v 1649.495n 1.8v 1649.505n 0.0v 1659.495n 0.0v 1659.505n 0.0v 1669.495n 0.0v 1669.505n 1.8v 1679.495n 1.8v 1679.505n 1.8v 1689.495n 1.8v 1689.505n 1.8v 1699.495n 1.8v 1699.505n 1.8v 1709.495n 1.8v 1709.505n 1.8v 1719.495n 1.8v 1719.505n 0.0v 1729.495n 0.0v 1729.505n 1.8v 1739.495n 1.8v 1739.505n 1.8v 1749.495n 1.8v 1749.505n 1.8v 1759.495n 1.8v 1759.505n 0.0v 1769.495n 0.0v 1769.505n 0.0v 1779.495n 0.0v 1779.505n 1.8v 1789.495n 1.8v 1789.505n 1.8v 1799.495n 1.8v 1799.505n 1.8v 1809.495n 1.8v 1809.505n 0.0v 1819.495n 0.0v 1819.505n 0.0v 1829.495n 0.0v 1829.505n 0.0v 1839.495n 0.0v 1839.505n 0.0v 1849.495n 0.0v 1849.505n 0.0v 1859.495n 0.0v 1859.505n 0.0v 1869.495n 0.0v 1869.505n 0.0v 1879.495n 0.0v 1879.505n 0.0v 1889.495n 0.0v 1889.505n 1.8v 1899.495n 1.8v 1899.505n 1.8v 1909.495n 1.8v 1909.505n 1.8v 1919.495n 1.8v 1919.505n 0.0v 1929.495n 0.0v 1929.505n 1.8v 1939.495n 1.8v 1939.505n 0.0v 1949.495n 0.0v 1949.505n 0.0v 1959.495n 0.0v 1959.505n 0.0v 1969.495n 0.0v 1969.505n 1.8v 1979.495n 1.8v 1979.505n 1.8v 1989.495n 1.8v 1989.505n 0.0v 1999.495n 0.0v 1999.505n 0.0v 2009.495n 0.0v 2009.505n 0.0v 2019.495n 0.0v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 1), (20, 1), (30, 0), (40, 0), (50, 0), (60, 0), (70, 1), (80, 0), (90, 0), (100, 1), (110, 0), (120, 0), (130, 1), (140, 1), (150, 1), (160, 1), (170, 0), (180, 0), (190, 1), (200, 1), (210, 1), (220, 0), (230, 0), (240, 1), (250, 1), (260, 0), (270, 0), (280, 0), (290, 1), (300, 0), (310, 0), (320, 0), (330, 0), (340, 0), (350, 0), (360, 0), (370, 0), (380, 0), (390, 0), (400, 0), (410, 0), (420, 0), (430, 0), (440, 0), (450, 0), (460, 1), (470, 1), (480, 1), (490, 1), (500, 1), (510, 1), (520, 0), (530, 0), (540, 1), (550, 1), (560, 1), (570, 0), (580, 0), (590, 0), (600, 0), (610, 1), (620, 1), (630, 0), (640, 0), (650, 0), (660, 0), (670, 0), (680, 0), (690, 1), (700, 1), (710, 1), (720, 0), (730, 0), (740, 0), (750, 0), (760, 0), (770, 1), (780, 1), (790, 1), (800, 1), (810, 1), (820, 1), (830, 1), (840, 0), (850, 0), (860, 0), (870, 0), (880, 0), (890, 1), (900, 1), (910, 0), (920, 0), (930, 0), (940, 0), (950, 0), (960, 0), (970, 1), (980, 1), (990, 1), (1000, 1), (1010, 1), (1020, 0), (1030, 1), (1040, 1), (1050, 1), (1060, 1), (1070, 1), (1080, 1), (1090, 0), (1100, 0), (1110, 1), (1120, 0), (1130, 0), (1140, 0), (1150, 0), (1160, 0), (1170, 0), (1180, 1), (1190, 0), (1200, 0), (1210, 1), (1220, 1), (1230, 0), (1240, 0), (1250, 1), (1260, 0), (1270, 0), (1280, 0), (1290, 0), (1300, 0), (1310, 0), (1320, 0), (1330, 1), (1340, 1), (1350, 1), (1360, 0), (1370, 0), (1380, 0), (1390, 0), (1400, 0), (1410, 0), (1420, 1), (1430, 1), (1440, 1), (1450, 0), (1460, 0), (1470, 0), (1480, 0), (1490, 0), (1500, 0), (1510, 0), (1520, 0), (1530, 0), (1540, 1), (1550, 1), (1560, 1), (1570, 0), (1580, 0), (1590, 1), (1600, 1), (1610, 0), (1620, 0), (1630, 1), (1640, 1), (1650, 0), (1660, 0), (1670, 0), (1680, 0), (1690, 0), (1700, 0), (1710, 0), (1720, 0), (1730, 1), (1740, 1), (1750, 1), (1760, 0), (1770, 0), (1780, 1), (1790, 1), (1800, 0), (1810, 0), (1820, 0), (1830, 0), (1840, 1), (1850, 1), (1860, 1), (1870, 1), (1880, 0), (1890, 0), (1900, 0), (1910, 0), (1920, 1), (1930, 0), (1940, 0), (1950, 0), (1960, 0), (1970, 0), (1980, 0), (1990, 0), (2000, 0), (2010, 0), (2020, 1), (2030, 1)] |
| Vdin0_4 din0_4 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 1.8v 19.495n 1.8v 19.505n 1.8v 29.495n 1.8v 29.505n 0.0v 39.495n 0.0v 39.505n 0.0v 49.495n 0.0v 49.505n 0.0v 59.495n 0.0v 59.505n 0.0v 69.495n 0.0v 69.505n 1.8v 79.495n 1.8v 79.505n 0.0v 89.495n 0.0v 89.505n 0.0v 99.495n 0.0v 99.505n 1.8v 109.495n 1.8v 109.505n 0.0v 119.495n 0.0v 119.505n 0.0v 129.495n 0.0v 129.505n 1.8v 139.495n 1.8v 139.505n 1.8v 149.495n 1.8v 149.505n 1.8v 159.495n 1.8v 159.505n 1.8v 169.495n 1.8v 169.505n 0.0v 179.495n 0.0v 179.505n 0.0v 189.495n 0.0v 189.505n 1.8v 199.495n 1.8v 199.505n 1.8v 209.495n 1.8v 209.505n 1.8v 219.495n 1.8v 219.505n 0.0v 229.495n 0.0v 229.505n 0.0v 239.495n 0.0v 239.505n 1.8v 249.495n 1.8v 249.505n 1.8v 259.495n 1.8v 259.505n 0.0v 269.495n 0.0v 269.505n 0.0v 279.495n 0.0v 279.505n 0.0v 289.495n 0.0v 289.505n 1.8v 299.495n 1.8v 299.505n 0.0v 309.495n 0.0v 309.505n 0.0v 319.495n 0.0v 319.505n 0.0v 329.495n 0.0v 329.505n 0.0v 339.495n 0.0v 339.505n 0.0v 349.495n 0.0v 349.505n 0.0v 359.495n 0.0v 359.505n 0.0v 369.495n 0.0v 369.505n 0.0v 379.495n 0.0v 379.505n 0.0v 389.495n 0.0v 389.505n 0.0v 399.495n 0.0v 399.505n 0.0v 409.495n 0.0v 409.505n 0.0v 419.495n 0.0v 419.505n 0.0v 429.495n 0.0v 429.505n 0.0v 439.495n 0.0v 439.505n 0.0v 449.495n 0.0v 449.505n 0.0v 459.495n 0.0v 459.505n 1.8v 469.495n 1.8v 469.505n 1.8v 479.495n 1.8v 479.505n 1.8v 489.495n 1.8v 489.505n 1.8v 499.495n 1.8v 499.505n 1.8v 509.495n 1.8v 509.505n 1.8v 519.495n 1.8v 519.505n 0.0v 529.495n 0.0v 529.505n 0.0v 539.495n 0.0v 539.505n 1.8v 549.495n 1.8v 549.505n 1.8v 559.495n 1.8v 559.505n 1.8v 569.495n 1.8v 569.505n 0.0v 579.495n 0.0v 579.505n 0.0v 589.495n 0.0v 589.505n 0.0v 599.495n 0.0v 599.505n 0.0v 609.495n 0.0v 609.505n 1.8v 619.495n 1.8v 619.505n 1.8v 629.495n 1.8v 629.505n 0.0v 639.495n 0.0v 639.505n 0.0v 649.495n 0.0v 649.505n 0.0v 659.495n 0.0v 659.505n 0.0v 669.495n 0.0v 669.505n 0.0v 679.495n 0.0v 679.505n 0.0v 689.495n 0.0v 689.505n 1.8v 699.495n 1.8v 699.505n 1.8v 709.495n 1.8v 709.505n 1.8v 719.495n 1.8v 719.505n 0.0v 729.495n 0.0v 729.505n 0.0v 739.495n 0.0v 739.505n 0.0v 749.495n 0.0v 749.505n 0.0v 759.495n 0.0v 759.505n 0.0v 769.495n 0.0v 769.505n 1.8v 779.495n 1.8v 779.505n 1.8v 789.495n 1.8v 789.505n 1.8v 799.495n 1.8v 799.505n 1.8v 809.495n 1.8v 809.505n 1.8v 819.495n 1.8v 819.505n 1.8v 829.495n 1.8v 829.505n 1.8v 839.495n 1.8v 839.505n 0.0v 849.495n 0.0v 849.505n 0.0v 859.495n 0.0v 859.505n 0.0v 869.495n 0.0v 869.505n 0.0v 879.495n 0.0v 879.505n 0.0v 889.495n 0.0v 889.505n 1.8v 899.495n 1.8v 899.505n 1.8v 909.495n 1.8v 909.505n 0.0v 919.495n 0.0v 919.505n 0.0v 929.495n 0.0v 929.505n 0.0v 939.495n 0.0v 939.505n 0.0v 949.495n 0.0v 949.505n 0.0v 959.495n 0.0v 959.505n 0.0v 969.495n 0.0v 969.505n 1.8v 979.495n 1.8v 979.505n 1.8v 989.495n 1.8v 989.505n 1.8v 999.495n 1.8v 999.505n 1.8v 1009.495n 1.8v 1009.505n 1.8v 1019.495n 1.8v 1019.505n 0.0v 1029.495n 0.0v 1029.505n 1.8v 1039.495n 1.8v 1039.505n 1.8v 1049.495n 1.8v 1049.505n 1.8v 1059.495n 1.8v 1059.505n 1.8v 1069.495n 1.8v 1069.505n 1.8v 1079.495n 1.8v 1079.505n 1.8v 1089.495n 1.8v 1089.505n 0.0v 1099.495n 0.0v 1099.505n 0.0v 1109.495n 0.0v 1109.505n 1.8v 1119.495n 1.8v 1119.505n 0.0v 1129.495n 0.0v 1129.505n 0.0v 1139.495n 0.0v 1139.505n 0.0v 1149.495n 0.0v 1149.505n 0.0v 1159.495n 0.0v 1159.505n 0.0v 1169.495n 0.0v 1169.505n 0.0v 1179.495n 0.0v 1179.505n 1.8v 1189.495n 1.8v 1189.505n 0.0v 1199.495n 0.0v 1199.505n 0.0v 1209.495n 0.0v 1209.505n 1.8v 1219.495n 1.8v 1219.505n 1.8v 1229.495n 1.8v 1229.505n 0.0v 1239.495n 0.0v 1239.505n 0.0v 1249.495n 0.0v 1249.505n 1.8v 1259.495n 1.8v 1259.505n 0.0v 1269.495n 0.0v 1269.505n 0.0v 1279.495n 0.0v 1279.505n 0.0v 1289.495n 0.0v 1289.505n 0.0v 1299.495n 0.0v 1299.505n 0.0v 1309.495n 0.0v 1309.505n 0.0v 1319.495n 0.0v 1319.505n 0.0v 1329.495n 0.0v 1329.505n 1.8v 1339.495n 1.8v 1339.505n 1.8v 1349.495n 1.8v 1349.505n 1.8v 1359.495n 1.8v 1359.505n 0.0v 1369.495n 0.0v 1369.505n 0.0v 1379.495n 0.0v 1379.505n 0.0v 1389.495n 0.0v 1389.505n 0.0v 1399.495n 0.0v 1399.505n 0.0v 1409.495n 0.0v 1409.505n 0.0v 1419.495n 0.0v 1419.505n 1.8v 1429.495n 1.8v 1429.505n 1.8v 1439.495n 1.8v 1439.505n 1.8v 1449.495n 1.8v 1449.505n 0.0v 1459.495n 0.0v 1459.505n 0.0v 1469.495n 0.0v 1469.505n 0.0v 1479.495n 0.0v 1479.505n 0.0v 1489.495n 0.0v 1489.505n 0.0v 1499.495n 0.0v 1499.505n 0.0v 1509.495n 0.0v 1509.505n 0.0v 1519.495n 0.0v 1519.505n 0.0v 1529.495n 0.0v 1529.505n 0.0v 1539.495n 0.0v 1539.505n 1.8v 1549.495n 1.8v 1549.505n 1.8v 1559.495n 1.8v 1559.505n 1.8v 1569.495n 1.8v 1569.505n 0.0v 1579.495n 0.0v 1579.505n 0.0v 1589.495n 0.0v 1589.505n 1.8v 1599.495n 1.8v 1599.505n 1.8v 1609.495n 1.8v 1609.505n 0.0v 1619.495n 0.0v 1619.505n 0.0v 1629.495n 0.0v 1629.505n 1.8v 1639.495n 1.8v 1639.505n 1.8v 1649.495n 1.8v 1649.505n 0.0v 1659.495n 0.0v 1659.505n 0.0v 1669.495n 0.0v 1669.505n 0.0v 1679.495n 0.0v 1679.505n 0.0v 1689.495n 0.0v 1689.505n 0.0v 1699.495n 0.0v 1699.505n 0.0v 1709.495n 0.0v 1709.505n 0.0v 1719.495n 0.0v 1719.505n 0.0v 1729.495n 0.0v 1729.505n 1.8v 1739.495n 1.8v 1739.505n 1.8v 1749.495n 1.8v 1749.505n 1.8v 1759.495n 1.8v 1759.505n 0.0v 1769.495n 0.0v 1769.505n 0.0v 1779.495n 0.0v 1779.505n 1.8v 1789.495n 1.8v 1789.505n 1.8v 1799.495n 1.8v 1799.505n 0.0v 1809.495n 0.0v 1809.505n 0.0v 1819.495n 0.0v 1819.505n 0.0v 1829.495n 0.0v 1829.505n 0.0v 1839.495n 0.0v 1839.505n 1.8v 1849.495n 1.8v 1849.505n 1.8v 1859.495n 1.8v 1859.505n 1.8v 1869.495n 1.8v 1869.505n 1.8v 1879.495n 1.8v 1879.505n 0.0v 1889.495n 0.0v 1889.505n 0.0v 1899.495n 0.0v 1899.505n 0.0v 1909.495n 0.0v 1909.505n 0.0v 1919.495n 0.0v 1919.505n 1.8v 1929.495n 1.8v 1929.505n 0.0v 1939.495n 0.0v 1939.505n 0.0v 1949.495n 0.0v 1949.505n 0.0v 1959.495n 0.0v 1959.505n 0.0v 1969.495n 0.0v 1969.505n 0.0v 1979.495n 0.0v 1979.505n 0.0v 1989.495n 0.0v 1989.505n 0.0v 1999.495n 0.0v 1999.505n 0.0v 2009.495n 0.0v 2009.505n 0.0v 2019.495n 0.0v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 0), (20, 0), (30, 1), (40, 1), (50, 1), (60, 1), (70, 1), (80, 0), (90, 1), (100, 0), (110, 1), (120, 1), (130, 1), (140, 1), (150, 1), (160, 1), (170, 1), (180, 1), (190, 0), (200, 0), (210, 0), (220, 0), (230, 0), (240, 0), (250, 1), (260, 1), (270, 1), (280, 1), (290, 1), (300, 0), (310, 0), (320, 0), (330, 0), (340, 0), (350, 0), (360, 0), (370, 1), (380, 1), (390, 1), (400, 1), (410, 1), (420, 1), (430, 0), (440, 1), (450, 1), (460, 1), (470, 1), (480, 1), (490, 1), (500, 1), (510, 1), (520, 1), (530, 1), (540, 0), (550, 0), (560, 1), (570, 0), (580, 0), (590, 0), (600, 0), (610, 1), (620, 0), (630, 0), (640, 0), (650, 1), (660, 1), (670, 1), (680, 1), (690, 0), (700, 0), (710, 0), (720, 0), (730, 0), (740, 0), (750, 1), (760, 1), (770, 1), (780, 0), (790, 1), (800, 0), (810, 0), (820, 0), (830, 1), (840, 0), (850, 1), (860, 1), (870, 1), (880, 1), (890, 0), (900, 0), (910, 0), (920, 0), (930, 0), (940, 1), (950, 1), (960, 1), (970, 1), (980, 1), (990, 1), (1000, 1), (1010, 1), (1020, 0), (1030, 0), (1040, 0), (1050, 0), (1060, 0), (1070, 0), (1080, 0), (1090, 0), (1100, 0), (1110, 1), (1120, 1), (1130, 1), (1140, 1), (1150, 0), (1160, 0), (1170, 0), (1180, 0), (1190, 0), (1200, 0), (1210, 0), (1220, 0), (1230, 0), (1240, 0), (1250, 0), (1260, 1), (1270, 1), (1280, 1), (1290, 1), (1300, 1), (1310, 1), (1320, 1), (1330, 1), (1340, 0), (1350, 0), (1360, 0), (1370, 0), (1380, 0), (1390, 1), (1400, 0), (1410, 0), (1420, 1), (1430, 1), (1440, 1), (1450, 0), (1460, 0), (1470, 0), (1480, 1), (1490, 1), (1500, 1), (1510, 0), (1520, 0), (1530, 0), (1540, 1), (1550, 1), (1560, 1), (1570, 1), (1580, 1), (1590, 0), (1600, 1), (1610, 0), (1620, 0), (1630, 1), (1640, 1), (1650, 0), (1660, 0), (1670, 0), (1680, 0), (1690, 0), (1700, 0), (1710, 0), (1720, 1), (1730, 0), (1740, 0), (1750, 0), (1760, 1), (1770, 0), (1780, 1), (1790, 1), (1800, 0), (1810, 1), (1820, 1), (1830, 0), (1840, 0), (1850, 0), (1860, 0), (1870, 0), (1880, 0), (1890, 0), (1900, 0), (1910, 0), (1920, 1), (1930, 0), (1940, 0), (1950, 0), (1960, 0), (1970, 1), (1980, 1), (1990, 1), (2000, 1), (2010, 1), (2020, 1), (2030, 1)] |
| Vdin0_5 din0_5 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 0.0v 19.495n 0.0v 19.505n 0.0v 29.495n 0.0v 29.505n 1.8v 39.495n 1.8v 39.505n 1.8v 49.495n 1.8v 49.505n 1.8v 59.495n 1.8v 59.505n 1.8v 69.495n 1.8v 69.505n 1.8v 79.495n 1.8v 79.505n 0.0v 89.495n 0.0v 89.505n 1.8v 99.495n 1.8v 99.505n 0.0v 109.495n 0.0v 109.505n 1.8v 119.495n 1.8v 119.505n 1.8v 129.495n 1.8v 129.505n 1.8v 139.495n 1.8v 139.505n 1.8v 149.495n 1.8v 149.505n 1.8v 159.495n 1.8v 159.505n 1.8v 169.495n 1.8v 169.505n 1.8v 179.495n 1.8v 179.505n 1.8v 189.495n 1.8v 189.505n 0.0v 199.495n 0.0v 199.505n 0.0v 209.495n 0.0v 209.505n 0.0v 219.495n 0.0v 219.505n 0.0v 229.495n 0.0v 229.505n 0.0v 239.495n 0.0v 239.505n 0.0v 249.495n 0.0v 249.505n 1.8v 259.495n 1.8v 259.505n 1.8v 269.495n 1.8v 269.505n 1.8v 279.495n 1.8v 279.505n 1.8v 289.495n 1.8v 289.505n 1.8v 299.495n 1.8v 299.505n 0.0v 309.495n 0.0v 309.505n 0.0v 319.495n 0.0v 319.505n 0.0v 329.495n 0.0v 329.505n 0.0v 339.495n 0.0v 339.505n 0.0v 349.495n 0.0v 349.505n 0.0v 359.495n 0.0v 359.505n 0.0v 369.495n 0.0v 369.505n 1.8v 379.495n 1.8v 379.505n 1.8v 389.495n 1.8v 389.505n 1.8v 399.495n 1.8v 399.505n 1.8v 409.495n 1.8v 409.505n 1.8v 419.495n 1.8v 419.505n 1.8v 429.495n 1.8v 429.505n 0.0v 439.495n 0.0v 439.505n 1.8v 449.495n 1.8v 449.505n 1.8v 459.495n 1.8v 459.505n 1.8v 469.495n 1.8v 469.505n 1.8v 479.495n 1.8v 479.505n 1.8v 489.495n 1.8v 489.505n 1.8v 499.495n 1.8v 499.505n 1.8v 509.495n 1.8v 509.505n 1.8v 519.495n 1.8v 519.505n 1.8v 529.495n 1.8v 529.505n 1.8v 539.495n 1.8v 539.505n 0.0v 549.495n 0.0v 549.505n 0.0v 559.495n 0.0v 559.505n 1.8v 569.495n 1.8v 569.505n 0.0v 579.495n 0.0v 579.505n 0.0v 589.495n 0.0v 589.505n 0.0v 599.495n 0.0v 599.505n 0.0v 609.495n 0.0v 609.505n 1.8v 619.495n 1.8v 619.505n 0.0v 629.495n 0.0v 629.505n 0.0v 639.495n 0.0v 639.505n 0.0v 649.495n 0.0v 649.505n 1.8v 659.495n 1.8v 659.505n 1.8v 669.495n 1.8v 669.505n 1.8v 679.495n 1.8v 679.505n 1.8v 689.495n 1.8v 689.505n 0.0v 699.495n 0.0v 699.505n 0.0v 709.495n 0.0v 709.505n 0.0v 719.495n 0.0v 719.505n 0.0v 729.495n 0.0v 729.505n 0.0v 739.495n 0.0v 739.505n 0.0v 749.495n 0.0v 749.505n 1.8v 759.495n 1.8v 759.505n 1.8v 769.495n 1.8v 769.505n 1.8v 779.495n 1.8v 779.505n 0.0v 789.495n 0.0v 789.505n 1.8v 799.495n 1.8v 799.505n 0.0v 809.495n 0.0v 809.505n 0.0v 819.495n 0.0v 819.505n 0.0v 829.495n 0.0v 829.505n 1.8v 839.495n 1.8v 839.505n 0.0v 849.495n 0.0v 849.505n 1.8v 859.495n 1.8v 859.505n 1.8v 869.495n 1.8v 869.505n 1.8v 879.495n 1.8v 879.505n 1.8v 889.495n 1.8v 889.505n 0.0v 899.495n 0.0v 899.505n 0.0v 909.495n 0.0v 909.505n 0.0v 919.495n 0.0v 919.505n 0.0v 929.495n 0.0v 929.505n 0.0v 939.495n 0.0v 939.505n 1.8v 949.495n 1.8v 949.505n 1.8v 959.495n 1.8v 959.505n 1.8v 969.495n 1.8v 969.505n 1.8v 979.495n 1.8v 979.505n 1.8v 989.495n 1.8v 989.505n 1.8v 999.495n 1.8v 999.505n 1.8v 1009.495n 1.8v 1009.505n 1.8v 1019.495n 1.8v 1019.505n 0.0v 1029.495n 0.0v 1029.505n 0.0v 1039.495n 0.0v 1039.505n 0.0v 1049.495n 0.0v 1049.505n 0.0v 1059.495n 0.0v 1059.505n 0.0v 1069.495n 0.0v 1069.505n 0.0v 1079.495n 0.0v 1079.505n 0.0v 1089.495n 0.0v 1089.505n 0.0v 1099.495n 0.0v 1099.505n 0.0v 1109.495n 0.0v 1109.505n 1.8v 1119.495n 1.8v 1119.505n 1.8v 1129.495n 1.8v 1129.505n 1.8v 1139.495n 1.8v 1139.505n 1.8v 1149.495n 1.8v 1149.505n 0.0v 1159.495n 0.0v 1159.505n 0.0v 1169.495n 0.0v 1169.505n 0.0v 1179.495n 0.0v 1179.505n 0.0v 1189.495n 0.0v 1189.505n 0.0v 1199.495n 0.0v 1199.505n 0.0v 1209.495n 0.0v 1209.505n 0.0v 1219.495n 0.0v 1219.505n 0.0v 1229.495n 0.0v 1229.505n 0.0v 1239.495n 0.0v 1239.505n 0.0v 1249.495n 0.0v 1249.505n 0.0v 1259.495n 0.0v 1259.505n 1.8v 1269.495n 1.8v 1269.505n 1.8v 1279.495n 1.8v 1279.505n 1.8v 1289.495n 1.8v 1289.505n 1.8v 1299.495n 1.8v 1299.505n 1.8v 1309.495n 1.8v 1309.505n 1.8v 1319.495n 1.8v 1319.505n 1.8v 1329.495n 1.8v 1329.505n 1.8v 1339.495n 1.8v 1339.505n 0.0v 1349.495n 0.0v 1349.505n 0.0v 1359.495n 0.0v 1359.505n 0.0v 1369.495n 0.0v 1369.505n 0.0v 1379.495n 0.0v 1379.505n 0.0v 1389.495n 0.0v 1389.505n 1.8v 1399.495n 1.8v 1399.505n 0.0v 1409.495n 0.0v 1409.505n 0.0v 1419.495n 0.0v 1419.505n 1.8v 1429.495n 1.8v 1429.505n 1.8v 1439.495n 1.8v 1439.505n 1.8v 1449.495n 1.8v 1449.505n 0.0v 1459.495n 0.0v 1459.505n 0.0v 1469.495n 0.0v 1469.505n 0.0v 1479.495n 0.0v 1479.505n 1.8v 1489.495n 1.8v 1489.505n 1.8v 1499.495n 1.8v 1499.505n 1.8v 1509.495n 1.8v 1509.505n 0.0v 1519.495n 0.0v 1519.505n 0.0v 1529.495n 0.0v 1529.505n 0.0v 1539.495n 0.0v 1539.505n 1.8v 1549.495n 1.8v 1549.505n 1.8v 1559.495n 1.8v 1559.505n 1.8v 1569.495n 1.8v 1569.505n 1.8v 1579.495n 1.8v 1579.505n 1.8v 1589.495n 1.8v 1589.505n 0.0v 1599.495n 0.0v 1599.505n 1.8v 1609.495n 1.8v 1609.505n 0.0v 1619.495n 0.0v 1619.505n 0.0v 1629.495n 0.0v 1629.505n 1.8v 1639.495n 1.8v 1639.505n 1.8v 1649.495n 1.8v 1649.505n 0.0v 1659.495n 0.0v 1659.505n 0.0v 1669.495n 0.0v 1669.505n 0.0v 1679.495n 0.0v 1679.505n 0.0v 1689.495n 0.0v 1689.505n 0.0v 1699.495n 0.0v 1699.505n 0.0v 1709.495n 0.0v 1709.505n 0.0v 1719.495n 0.0v 1719.505n 1.8v 1729.495n 1.8v 1729.505n 0.0v 1739.495n 0.0v 1739.505n 0.0v 1749.495n 0.0v 1749.505n 0.0v 1759.495n 0.0v 1759.505n 1.8v 1769.495n 1.8v 1769.505n 0.0v 1779.495n 0.0v 1779.505n 1.8v 1789.495n 1.8v 1789.505n 1.8v 1799.495n 1.8v 1799.505n 0.0v 1809.495n 0.0v 1809.505n 1.8v 1819.495n 1.8v 1819.505n 1.8v 1829.495n 1.8v 1829.505n 0.0v 1839.495n 0.0v 1839.505n 0.0v 1849.495n 0.0v 1849.505n 0.0v 1859.495n 0.0v 1859.505n 0.0v 1869.495n 0.0v 1869.505n 0.0v 1879.495n 0.0v 1879.505n 0.0v 1889.495n 0.0v 1889.505n 0.0v 1899.495n 0.0v 1899.505n 0.0v 1909.495n 0.0v 1909.505n 0.0v 1919.495n 0.0v 1919.505n 1.8v 1929.495n 1.8v 1929.505n 0.0v 1939.495n 0.0v 1939.505n 0.0v 1949.495n 0.0v 1949.505n 0.0v 1959.495n 0.0v 1959.505n 0.0v 1969.495n 0.0v 1969.505n 1.8v 1979.495n 1.8v 1979.505n 1.8v 1989.495n 1.8v 1989.505n 1.8v 1999.495n 1.8v 1999.505n 1.8v 2009.495n 1.8v 2009.505n 1.8v 2019.495n 1.8v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 1), (20, 1), (30, 1), (40, 1), (50, 1), (60, 1), (70, 1), (80, 0), (90, 0), (100, 0), (110, 1), (120, 0), (130, 1), (140, 1), (150, 1), (160, 1), (170, 0), (180, 0), (190, 0), (200, 1), (210, 1), (220, 1), (230, 1), (240, 0), (250, 1), (260, 1), (270, 1), (280, 1), (290, 1), (300, 0), (310, 0), (320, 0), (330, 0), (340, 0), (350, 0), (360, 0), (370, 1), (380, 1), (390, 1), (400, 0), (410, 0), (420, 0), (430, 0), (440, 0), (450, 0), (460, 1), (470, 1), (480, 1), (490, 1), (500, 1), (510, 1), (520, 1), (530, 1), (540, 0), (550, 0), (560, 0), (570, 0), (580, 0), (590, 0), (600, 1), (610, 0), (620, 0), (630, 0), (640, 0), (650, 0), (660, 0), (670, 0), (680, 0), (690, 0), (700, 0), (710, 0), (720, 0), (730, 0), (740, 0), (750, 0), (760, 1), (770, 1), (780, 0), (790, 1), (800, 0), (810, 0), (820, 0), (830, 0), (840, 0), (850, 0), (860, 0), (870, 0), (880, 0), (890, 1), (900, 1), (910, 1), (920, 1), (930, 1), (940, 0), (950, 1), (960, 1), (970, 1), (980, 1), (990, 0), (1000, 0), (1010, 0), (1020, 0), (1030, 0), (1040, 0), (1050, 0), (1060, 0), (1070, 0), (1080, 0), (1090, 0), (1100, 0), (1110, 1), (1120, 0), (1130, 0), (1140, 0), (1150, 1), (1160, 1), (1170, 1), (1180, 1), (1190, 0), (1200, 0), (1210, 1), (1220, 1), (1230, 1), (1240, 1), (1250, 0), (1260, 0), (1270, 0), (1280, 0), (1290, 0), (1300, 0), (1310, 0), (1320, 0), (1330, 0), (1340, 0), (1350, 0), (1360, 0), (1370, 0), (1380, 0), (1390, 0), (1400, 1), (1410, 1), (1420, 0), (1430, 0), (1440, 0), (1450, 0), (1460, 0), (1470, 0), (1480, 0), (1490, 0), (1500, 0), (1510, 1), (1520, 1), (1530, 1), (1540, 0), (1550, 0), (1560, 0), (1570, 0), (1580, 0), (1590, 1), (1600, 0), (1610, 0), (1620, 0), (1630, 1), (1640, 1), (1650, 0), (1660, 0), (1670, 0), (1680, 0), (1690, 0), (1700, 0), (1710, 0), (1720, 1), (1730, 0), (1740, 0), (1750, 0), (1760, 0), (1770, 1), (1780, 1), (1790, 1), (1800, 1), (1810, 1), (1820, 1), (1830, 1), (1840, 0), (1850, 0), (1860, 0), (1870, 0), (1880, 1), (1890, 1), (1900, 1), (1910, 1), (1920, 0), (1930, 0), (1940, 1), (1950, 1), (1960, 1), (1970, 0), (1980, 0), (1990, 0), (2000, 0), (2010, 1), (2020, 1), (2030, 1)] |
| Vdin0_6 din0_6 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 1.8v 19.495n 1.8v 19.505n 1.8v 29.495n 1.8v 29.505n 1.8v 39.495n 1.8v 39.505n 1.8v 49.495n 1.8v 49.505n 1.8v 59.495n 1.8v 59.505n 1.8v 69.495n 1.8v 69.505n 1.8v 79.495n 1.8v 79.505n 0.0v 89.495n 0.0v 89.505n 0.0v 99.495n 0.0v 99.505n 0.0v 109.495n 0.0v 109.505n 1.8v 119.495n 1.8v 119.505n 0.0v 129.495n 0.0v 129.505n 1.8v 139.495n 1.8v 139.505n 1.8v 149.495n 1.8v 149.505n 1.8v 159.495n 1.8v 159.505n 1.8v 169.495n 1.8v 169.505n 0.0v 179.495n 0.0v 179.505n 0.0v 189.495n 0.0v 189.505n 0.0v 199.495n 0.0v 199.505n 1.8v 209.495n 1.8v 209.505n 1.8v 219.495n 1.8v 219.505n 1.8v 229.495n 1.8v 229.505n 1.8v 239.495n 1.8v 239.505n 0.0v 249.495n 0.0v 249.505n 1.8v 259.495n 1.8v 259.505n 1.8v 269.495n 1.8v 269.505n 1.8v 279.495n 1.8v 279.505n 1.8v 289.495n 1.8v 289.505n 1.8v 299.495n 1.8v 299.505n 0.0v 309.495n 0.0v 309.505n 0.0v 319.495n 0.0v 319.505n 0.0v 329.495n 0.0v 329.505n 0.0v 339.495n 0.0v 339.505n 0.0v 349.495n 0.0v 349.505n 0.0v 359.495n 0.0v 359.505n 0.0v 369.495n 0.0v 369.505n 1.8v 379.495n 1.8v 379.505n 1.8v 389.495n 1.8v 389.505n 1.8v 399.495n 1.8v 399.505n 0.0v 409.495n 0.0v 409.505n 0.0v 419.495n 0.0v 419.505n 0.0v 429.495n 0.0v 429.505n 0.0v 439.495n 0.0v 439.505n 0.0v 449.495n 0.0v 449.505n 0.0v 459.495n 0.0v 459.505n 1.8v 469.495n 1.8v 469.505n 1.8v 479.495n 1.8v 479.505n 1.8v 489.495n 1.8v 489.505n 1.8v 499.495n 1.8v 499.505n 1.8v 509.495n 1.8v 509.505n 1.8v 519.495n 1.8v 519.505n 1.8v 529.495n 1.8v 529.505n 1.8v 539.495n 1.8v 539.505n 0.0v 549.495n 0.0v 549.505n 0.0v 559.495n 0.0v 559.505n 0.0v 569.495n 0.0v 569.505n 0.0v 579.495n 0.0v 579.505n 0.0v 589.495n 0.0v 589.505n 0.0v 599.495n 0.0v 599.505n 1.8v 609.495n 1.8v 609.505n 0.0v 619.495n 0.0v 619.505n 0.0v 629.495n 0.0v 629.505n 0.0v 639.495n 0.0v 639.505n 0.0v 649.495n 0.0v 649.505n 0.0v 659.495n 0.0v 659.505n 0.0v 669.495n 0.0v 669.505n 0.0v 679.495n 0.0v 679.505n 0.0v 689.495n 0.0v 689.505n 0.0v 699.495n 0.0v 699.505n 0.0v 709.495n 0.0v 709.505n 0.0v 719.495n 0.0v 719.505n 0.0v 729.495n 0.0v 729.505n 0.0v 739.495n 0.0v 739.505n 0.0v 749.495n 0.0v 749.505n 0.0v 759.495n 0.0v 759.505n 1.8v 769.495n 1.8v 769.505n 1.8v 779.495n 1.8v 779.505n 0.0v 789.495n 0.0v 789.505n 1.8v 799.495n 1.8v 799.505n 0.0v 809.495n 0.0v 809.505n 0.0v 819.495n 0.0v 819.505n 0.0v 829.495n 0.0v 829.505n 0.0v 839.495n 0.0v 839.505n 0.0v 849.495n 0.0v 849.505n 0.0v 859.495n 0.0v 859.505n 0.0v 869.495n 0.0v 869.505n 0.0v 879.495n 0.0v 879.505n 0.0v 889.495n 0.0v 889.505n 1.8v 899.495n 1.8v 899.505n 1.8v 909.495n 1.8v 909.505n 1.8v 919.495n 1.8v 919.505n 1.8v 929.495n 1.8v 929.505n 1.8v 939.495n 1.8v 939.505n 0.0v 949.495n 0.0v 949.505n 1.8v 959.495n 1.8v 959.505n 1.8v 969.495n 1.8v 969.505n 1.8v 979.495n 1.8v 979.505n 1.8v 989.495n 1.8v 989.505n 0.0v 999.495n 0.0v 999.505n 0.0v 1009.495n 0.0v 1009.505n 0.0v 1019.495n 0.0v 1019.505n 0.0v 1029.495n 0.0v 1029.505n 0.0v 1039.495n 0.0v 1039.505n 0.0v 1049.495n 0.0v 1049.505n 0.0v 1059.495n 0.0v 1059.505n 0.0v 1069.495n 0.0v 1069.505n 0.0v 1079.495n 0.0v 1079.505n 0.0v 1089.495n 0.0v 1089.505n 0.0v 1099.495n 0.0v 1099.505n 0.0v 1109.495n 0.0v 1109.505n 1.8v 1119.495n 1.8v 1119.505n 0.0v 1129.495n 0.0v 1129.505n 0.0v 1139.495n 0.0v 1139.505n 0.0v 1149.495n 0.0v 1149.505n 1.8v 1159.495n 1.8v 1159.505n 1.8v 1169.495n 1.8v 1169.505n 1.8v 1179.495n 1.8v 1179.505n 1.8v 1189.495n 1.8v 1189.505n 0.0v 1199.495n 0.0v 1199.505n 0.0v 1209.495n 0.0v 1209.505n 1.8v 1219.495n 1.8v 1219.505n 1.8v 1229.495n 1.8v 1229.505n 1.8v 1239.495n 1.8v 1239.505n 1.8v 1249.495n 1.8v 1249.505n 0.0v 1259.495n 0.0v 1259.505n 0.0v 1269.495n 0.0v 1269.505n 0.0v 1279.495n 0.0v 1279.505n 0.0v 1289.495n 0.0v 1289.505n 0.0v 1299.495n 0.0v 1299.505n 0.0v 1309.495n 0.0v 1309.505n 0.0v 1319.495n 0.0v 1319.505n 0.0v 1329.495n 0.0v 1329.505n 0.0v 1339.495n 0.0v 1339.505n 0.0v 1349.495n 0.0v 1349.505n 0.0v 1359.495n 0.0v 1359.505n 0.0v 1369.495n 0.0v 1369.505n 0.0v 1379.495n 0.0v 1379.505n 0.0v 1389.495n 0.0v 1389.505n 0.0v 1399.495n 0.0v 1399.505n 1.8v 1409.495n 1.8v 1409.505n 1.8v 1419.495n 1.8v 1419.505n 0.0v 1429.495n 0.0v 1429.505n 0.0v 1439.495n 0.0v 1439.505n 0.0v 1449.495n 0.0v 1449.505n 0.0v 1459.495n 0.0v 1459.505n 0.0v 1469.495n 0.0v 1469.505n 0.0v 1479.495n 0.0v 1479.505n 0.0v 1489.495n 0.0v 1489.505n 0.0v 1499.495n 0.0v 1499.505n 0.0v 1509.495n 0.0v 1509.505n 1.8v 1519.495n 1.8v 1519.505n 1.8v 1529.495n 1.8v 1529.505n 1.8v 1539.495n 1.8v 1539.505n 0.0v 1549.495n 0.0v 1549.505n 0.0v 1559.495n 0.0v 1559.505n 0.0v 1569.495n 0.0v 1569.505n 0.0v 1579.495n 0.0v 1579.505n 0.0v 1589.495n 0.0v 1589.505n 1.8v 1599.495n 1.8v 1599.505n 0.0v 1609.495n 0.0v 1609.505n 0.0v 1619.495n 0.0v 1619.505n 0.0v 1629.495n 0.0v 1629.505n 1.8v 1639.495n 1.8v 1639.505n 1.8v 1649.495n 1.8v 1649.505n 0.0v 1659.495n 0.0v 1659.505n 0.0v 1669.495n 0.0v 1669.505n 0.0v 1679.495n 0.0v 1679.505n 0.0v 1689.495n 0.0v 1689.505n 0.0v 1699.495n 0.0v 1699.505n 0.0v 1709.495n 0.0v 1709.505n 0.0v 1719.495n 0.0v 1719.505n 1.8v 1729.495n 1.8v 1729.505n 0.0v 1739.495n 0.0v 1739.505n 0.0v 1749.495n 0.0v 1749.505n 0.0v 1759.495n 0.0v 1759.505n 0.0v 1769.495n 0.0v 1769.505n 1.8v 1779.495n 1.8v 1779.505n 1.8v 1789.495n 1.8v 1789.505n 1.8v 1799.495n 1.8v 1799.505n 1.8v 1809.495n 1.8v 1809.505n 1.8v 1819.495n 1.8v 1819.505n 1.8v 1829.495n 1.8v 1829.505n 1.8v 1839.495n 1.8v 1839.505n 0.0v 1849.495n 0.0v 1849.505n 0.0v 1859.495n 0.0v 1859.505n 0.0v 1869.495n 0.0v 1869.505n 0.0v 1879.495n 0.0v 1879.505n 1.8v 1889.495n 1.8v 1889.505n 1.8v 1899.495n 1.8v 1899.505n 1.8v 1909.495n 1.8v 1909.505n 1.8v 1919.495n 1.8v 1919.505n 0.0v 1929.495n 0.0v 1929.505n 0.0v 1939.495n 0.0v 1939.505n 1.8v 1949.495n 1.8v 1949.505n 1.8v 1959.495n 1.8v 1959.505n 1.8v 1969.495n 1.8v 1969.505n 0.0v 1979.495n 0.0v 1979.505n 0.0v 1989.495n 0.0v 1989.505n 0.0v 1999.495n 0.0v 1999.505n 0.0v 2009.495n 0.0v 2009.505n 1.8v 2019.495n 1.8v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 1), (20, 1), (30, 0), (40, 0), (50, 0), (60, 0), (70, 1), (80, 1), (90, 1), (100, 0), (110, 0), (120, 1), (130, 0), (140, 0), (150, 0), (160, 0), (170, 1), (180, 1), (190, 1), (200, 1), (210, 1), (220, 0), (230, 0), (240, 1), (250, 0), (260, 0), (270, 0), (280, 0), (290, 1), (300, 1), (310, 1), (320, 1), (330, 1), (340, 1), (350, 1), (360, 1), (370, 0), (380, 0), (390, 0), (400, 0), (410, 0), (420, 0), (430, 0), (440, 0), (450, 0), (460, 0), (470, 0), (480, 0), (490, 0), (500, 0), (510, 0), (520, 1), (530, 0), (540, 0), (550, 1), (560, 0), (570, 1), (580, 0), (590, 0), (600, 0), (610, 1), (620, 0), (630, 1), (640, 1), (650, 0), (660, 1), (670, 1), (680, 0), (690, 1), (700, 1), (710, 1), (720, 1), (730, 0), (740, 0), (750, 1), (760, 1), (770, 0), (780, 0), (790, 0), (800, 1), (810, 1), (820, 1), (830, 1), (840, 0), (850, 1), (860, 1), (870, 1), (880, 1), (890, 1), (900, 1), (910, 1), (920, 1), (930, 1), (940, 0), (950, 1), (960, 1), (970, 0), (980, 0), (990, 1), (1000, 1), (1010, 1), (1020, 0), (1030, 0), (1040, 0), (1050, 0), (1060, 0), (1070, 0), (1080, 0), (1090, 0), (1100, 0), (1110, 1), (1120, 0), (1130, 0), (1140, 0), (1150, 1), (1160, 1), (1170, 1), (1180, 1), (1190, 1), (1200, 1), (1210, 1), (1220, 1), (1230, 1), (1240, 1), (1250, 0), (1260, 0), (1270, 0), (1280, 0), (1290, 0), (1300, 0), (1310, 0), (1320, 0), (1330, 1), (1340, 0), (1350, 0), (1360, 0), (1370, 1), (1380, 1), (1390, 0), (1400, 1), (1410, 1), (1420, 1), (1430, 1), (1440, 1), (1450, 1), (1460, 1), (1470, 1), (1480, 0), (1490, 0), (1500, 0), (1510, 1), (1520, 1), (1530, 1), (1540, 0), (1550, 1), (1560, 1), (1570, 1), (1580, 1), (1590, 0), (1600, 0), (1610, 0), (1620, 0), (1630, 0), (1640, 1), (1650, 0), (1660, 0), (1670, 1), (1680, 1), (1690, 1), (1700, 1), (1710, 1), (1720, 1), (1730, 1), (1740, 1), (1750, 1), (1760, 0), (1770, 1), (1780, 0), (1790, 0), (1800, 1), (1810, 1), (1820, 1), (1830, 1), (1840, 0), (1850, 0), (1860, 0), (1870, 0), (1880, 0), (1890, 1), (1900, 1), (1910, 1), (1920, 1), (1930, 1), (1940, 1), (1950, 1), (1960, 1), (1970, 0), (1980, 0), (1990, 0), (2000, 0), (2010, 1), (2020, 1), (2030, 1)] |
| Vdin0_7 din0_7 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 1.8v 19.495n 1.8v 19.505n 1.8v 29.495n 1.8v 29.505n 0.0v 39.495n 0.0v 39.505n 0.0v 49.495n 0.0v 49.505n 0.0v 59.495n 0.0v 59.505n 0.0v 69.495n 0.0v 69.505n 1.8v 79.495n 1.8v 79.505n 1.8v 89.495n 1.8v 89.505n 1.8v 99.495n 1.8v 99.505n 0.0v 109.495n 0.0v 109.505n 0.0v 119.495n 0.0v 119.505n 1.8v 129.495n 1.8v 129.505n 0.0v 139.495n 0.0v 139.505n 0.0v 149.495n 0.0v 149.505n 0.0v 159.495n 0.0v 159.505n 0.0v 169.495n 0.0v 169.505n 1.8v 179.495n 1.8v 179.505n 1.8v 189.495n 1.8v 189.505n 1.8v 199.495n 1.8v 199.505n 1.8v 209.495n 1.8v 209.505n 1.8v 219.495n 1.8v 219.505n 0.0v 229.495n 0.0v 229.505n 0.0v 239.495n 0.0v 239.505n 1.8v 249.495n 1.8v 249.505n 0.0v 259.495n 0.0v 259.505n 0.0v 269.495n 0.0v 269.505n 0.0v 279.495n 0.0v 279.505n 0.0v 289.495n 0.0v 289.505n 1.8v 299.495n 1.8v 299.505n 1.8v 309.495n 1.8v 309.505n 1.8v 319.495n 1.8v 319.505n 1.8v 329.495n 1.8v 329.505n 1.8v 339.495n 1.8v 339.505n 1.8v 349.495n 1.8v 349.505n 1.8v 359.495n 1.8v 359.505n 1.8v 369.495n 1.8v 369.505n 0.0v 379.495n 0.0v 379.505n 0.0v 389.495n 0.0v 389.505n 0.0v 399.495n 0.0v 399.505n 0.0v 409.495n 0.0v 409.505n 0.0v 419.495n 0.0v 419.505n 0.0v 429.495n 0.0v 429.505n 0.0v 439.495n 0.0v 439.505n 0.0v 449.495n 0.0v 449.505n 0.0v 459.495n 0.0v 459.505n 0.0v 469.495n 0.0v 469.505n 0.0v 479.495n 0.0v 479.505n 0.0v 489.495n 0.0v 489.505n 0.0v 499.495n 0.0v 499.505n 0.0v 509.495n 0.0v 509.505n 0.0v 519.495n 0.0v 519.505n 1.8v 529.495n 1.8v 529.505n 0.0v 539.495n 0.0v 539.505n 0.0v 549.495n 0.0v 549.505n 1.8v 559.495n 1.8v 559.505n 0.0v 569.495n 0.0v 569.505n 1.8v 579.495n 1.8v 579.505n 0.0v 589.495n 0.0v 589.505n 0.0v 599.495n 0.0v 599.505n 0.0v 609.495n 0.0v 609.505n 1.8v 619.495n 1.8v 619.505n 0.0v 629.495n 0.0v 629.505n 1.8v 639.495n 1.8v 639.505n 1.8v 649.495n 1.8v 649.505n 0.0v 659.495n 0.0v 659.505n 1.8v 669.495n 1.8v 669.505n 1.8v 679.495n 1.8v 679.505n 0.0v 689.495n 0.0v 689.505n 1.8v 699.495n 1.8v 699.505n 1.8v 709.495n 1.8v 709.505n 1.8v 719.495n 1.8v 719.505n 1.8v 729.495n 1.8v 729.505n 0.0v 739.495n 0.0v 739.505n 0.0v 749.495n 0.0v 749.505n 1.8v 759.495n 1.8v 759.505n 1.8v 769.495n 1.8v 769.505n 0.0v 779.495n 0.0v 779.505n 0.0v 789.495n 0.0v 789.505n 0.0v 799.495n 0.0v 799.505n 1.8v 809.495n 1.8v 809.505n 1.8v 819.495n 1.8v 819.505n 1.8v 829.495n 1.8v 829.505n 1.8v 839.495n 1.8v 839.505n 0.0v 849.495n 0.0v 849.505n 1.8v 859.495n 1.8v 859.505n 1.8v 869.495n 1.8v 869.505n 1.8v 879.495n 1.8v 879.505n 1.8v 889.495n 1.8v 889.505n 1.8v 899.495n 1.8v 899.505n 1.8v 909.495n 1.8v 909.505n 1.8v 919.495n 1.8v 919.505n 1.8v 929.495n 1.8v 929.505n 1.8v 939.495n 1.8v 939.505n 0.0v 949.495n 0.0v 949.505n 1.8v 959.495n 1.8v 959.505n 1.8v 969.495n 1.8v 969.505n 0.0v 979.495n 0.0v 979.505n 0.0v 989.495n 0.0v 989.505n 1.8v 999.495n 1.8v 999.505n 1.8v 1009.495n 1.8v 1009.505n 1.8v 1019.495n 1.8v 1019.505n 0.0v 1029.495n 0.0v 1029.505n 0.0v 1039.495n 0.0v 1039.505n 0.0v 1049.495n 0.0v 1049.505n 0.0v 1059.495n 0.0v 1059.505n 0.0v 1069.495n 0.0v 1069.505n 0.0v 1079.495n 0.0v 1079.505n 0.0v 1089.495n 0.0v 1089.505n 0.0v 1099.495n 0.0v 1099.505n 0.0v 1109.495n 0.0v 1109.505n 1.8v 1119.495n 1.8v 1119.505n 0.0v 1129.495n 0.0v 1129.505n 0.0v 1139.495n 0.0v 1139.505n 0.0v 1149.495n 0.0v 1149.505n 1.8v 1159.495n 1.8v 1159.505n 1.8v 1169.495n 1.8v 1169.505n 1.8v 1179.495n 1.8v 1179.505n 1.8v 1189.495n 1.8v 1189.505n 1.8v 1199.495n 1.8v 1199.505n 1.8v 1209.495n 1.8v 1209.505n 1.8v 1219.495n 1.8v 1219.505n 1.8v 1229.495n 1.8v 1229.505n 1.8v 1239.495n 1.8v 1239.505n 1.8v 1249.495n 1.8v 1249.505n 0.0v 1259.495n 0.0v 1259.505n 0.0v 1269.495n 0.0v 1269.505n 0.0v 1279.495n 0.0v 1279.505n 0.0v 1289.495n 0.0v 1289.505n 0.0v 1299.495n 0.0v 1299.505n 0.0v 1309.495n 0.0v 1309.505n 0.0v 1319.495n 0.0v 1319.505n 0.0v 1329.495n 0.0v 1329.505n 1.8v 1339.495n 1.8v 1339.505n 0.0v 1349.495n 0.0v 1349.505n 0.0v 1359.495n 0.0v 1359.505n 0.0v 1369.495n 0.0v 1369.505n 1.8v 1379.495n 1.8v 1379.505n 1.8v 1389.495n 1.8v 1389.505n 0.0v 1399.495n 0.0v 1399.505n 1.8v 1409.495n 1.8v 1409.505n 1.8v 1419.495n 1.8v 1419.505n 1.8v 1429.495n 1.8v 1429.505n 1.8v 1439.495n 1.8v 1439.505n 1.8v 1449.495n 1.8v 1449.505n 1.8v 1459.495n 1.8v 1459.505n 1.8v 1469.495n 1.8v 1469.505n 1.8v 1479.495n 1.8v 1479.505n 0.0v 1489.495n 0.0v 1489.505n 0.0v 1499.495n 0.0v 1499.505n 0.0v 1509.495n 0.0v 1509.505n 1.8v 1519.495n 1.8v 1519.505n 1.8v 1529.495n 1.8v 1529.505n 1.8v 1539.495n 1.8v 1539.505n 0.0v 1549.495n 0.0v 1549.505n 1.8v 1559.495n 1.8v 1559.505n 1.8v 1569.495n 1.8v 1569.505n 1.8v 1579.495n 1.8v 1579.505n 1.8v 1589.495n 1.8v 1589.505n 0.0v 1599.495n 0.0v 1599.505n 0.0v 1609.495n 0.0v 1609.505n 0.0v 1619.495n 0.0v 1619.505n 0.0v 1629.495n 0.0v 1629.505n 0.0v 1639.495n 0.0v 1639.505n 1.8v 1649.495n 1.8v 1649.505n 0.0v 1659.495n 0.0v 1659.505n 0.0v 1669.495n 0.0v 1669.505n 1.8v 1679.495n 1.8v 1679.505n 1.8v 1689.495n 1.8v 1689.505n 1.8v 1699.495n 1.8v 1699.505n 1.8v 1709.495n 1.8v 1709.505n 1.8v 1719.495n 1.8v 1719.505n 1.8v 1729.495n 1.8v 1729.505n 1.8v 1739.495n 1.8v 1739.505n 1.8v 1749.495n 1.8v 1749.505n 1.8v 1759.495n 1.8v 1759.505n 0.0v 1769.495n 0.0v 1769.505n 1.8v 1779.495n 1.8v 1779.505n 0.0v 1789.495n 0.0v 1789.505n 0.0v 1799.495n 0.0v 1799.505n 1.8v 1809.495n 1.8v 1809.505n 1.8v 1819.495n 1.8v 1819.505n 1.8v 1829.495n 1.8v 1829.505n 1.8v 1839.495n 1.8v 1839.505n 0.0v 1849.495n 0.0v 1849.505n 0.0v 1859.495n 0.0v 1859.505n 0.0v 1869.495n 0.0v 1869.505n 0.0v 1879.495n 0.0v 1879.505n 0.0v 1889.495n 0.0v 1889.505n 1.8v 1899.495n 1.8v 1899.505n 1.8v 1909.495n 1.8v 1909.505n 1.8v 1919.495n 1.8v 1919.505n 1.8v 1929.495n 1.8v 1929.505n 1.8v 1939.495n 1.8v 1939.505n 1.8v 1949.495n 1.8v 1949.505n 1.8v 1959.495n 1.8v 1959.505n 1.8v 1969.495n 1.8v 1969.505n 0.0v 1979.495n 0.0v 1979.505n 0.0v 1989.495n 0.0v 1989.505n 0.0v 1999.495n 0.0v 1999.505n 0.0v 2009.495n 0.0v 2009.505n 1.8v 2019.495n 1.8v 2019.505n 1.8v 2029.495n 1.8v 2029.505n 1.8v ) |
| * (time, data): [(0, 0), (10, 1), (20, 1), (30, 0), (40, 0), (50, 0), (60, 0), (70, 0), (80, 0), (90, 1), (100, 0), (110, 1), (120, 0), (130, 1), (140, 1), (150, 1), (160, 1), (170, 1), (180, 1), (190, 0), (200, 0), (210, 0), (220, 1), (230, 1), (240, 0), (250, 0), (260, 0), (270, 0), (280, 0), (290, 1), (300, 1), (310, 1), (320, 1), (330, 1), (340, 1), (350, 1), (360, 1), (370, 0), (380, 0), (390, 0), (400, 1), (410, 0), (420, 0), (430, 1), (440, 1), (450, 1), (460, 1), (470, 1), (480, 1), (490, 1), (500, 1), (510, 0), (520, 0), (530, 0), (540, 0), (550, 1), (560, 0), (570, 1), (580, 1), (590, 1), (600, 0), (610, 0), (620, 0), (630, 1), (640, 1), (650, 1), (660, 1), (670, 1), (680, 0), (690, 0), (700, 0), (710, 0), (720, 0), (730, 1), (740, 1), (750, 1), (760, 1), (770, 0), (780, 0), (790, 0), (800, 0), (810, 0), (820, 0), (830, 1), (840, 0), (850, 1), (860, 1), (870, 1), (880, 1), (890, 1), (900, 1), (910, 1), (920, 1), (930, 1), (940, 0), (950, 0), (960, 0), (970, 0), (980, 0), (990, 1), (1000, 1), (1010, 1), (1020, 0), (1030, 1), (1040, 1), (1050, 1), (1060, 1), (1070, 1), (1080, 1), (1090, 1), (1100, 1), (1110, 0), (1120, 0), (1130, 0), (1140, 0), (1150, 1), (1160, 1), (1170, 1), (1180, 1), (1190, 0), (1200, 0), (1210, 0), (1220, 0), (1230, 1), (1240, 1), (1250, 1), (1260, 1), (1270, 0), (1280, 0), (1290, 0), (1300, 0), (1310, 0), (1320, 0), (1330, 0), (1340, 1), (1350, 1), (1360, 1), (1370, 0), (1380, 0), (1390, 0), (1400, 0), (1410, 0), (1420, 1), (1430, 1), (1440, 1), (1450, 1), (1460, 1), (1470, 1), (1480, 0), (1490, 0), (1500, 0), (1510, 1), (1520, 0), (1530, 0), (1540, 1), (1550, 0), (1560, 0), (1570, 0), (1580, 0), (1590, 0), (1600, 0), (1610, 0), (1620, 0), (1630, 1), (1640, 1), (1650, 1), (1660, 1), (1670, 0), (1680, 0), (1690, 0), (1700, 0), (1710, 0), (1720, 1), (1730, 1), (1740, 1), (1750, 1), (1760, 1), (1770, 0), (1780, 0), (1790, 0), (1800, 1), (1810, 0), (1820, 0), (1830, 1), (1840, 1), (1850, 1), (1860, 1), (1870, 1), (1880, 1), (1890, 1), (1900, 1), (1910, 1), (1920, 1), (1930, 0), (1940, 1), (1950, 1), (1960, 1), (1970, 0), (1980, 0), (1990, 0), (2000, 0), (2010, 1), (2020, 1), (2030, 1)] |
| Vdin0_8 din0_8 0 PWL (0n 0.0v 9.495n 0.0v 9.505n 1.8v 19.495n 1.8v 19.505n 1.8v 29.495n 1.8v 29.505n 0.0v 39.495n 0.0v 39.505n 0.0v 49.495n 0.0v 49.505n 0.0v 59.495n 0.0v 59.505n 0.0v 69.495n 0.0v 69.505n 0.0v 79.495n 0.0v 79.505n 0.0v 89.495n 0.0v 89.505n 1.8v 99.495n 1.8v 99.505n 0.0v 109.495n 0.0v 109.505n 1.8v 119.495n 1.8v 119.505n 0.0v 129.495n 0.0v 129.505n 1.8v 139.495n 1.8v 139.505n 1.8v 149.495n 1.8v 149.505n 1.8v 159.495n 1.8v 159.505n 1.8v 169.495n 1.8v 169.505n 1.8v 179.495n 1.8v 179.505n 1.8v 189.495n 1.8v 189.505n 0.0v 199.495n 0.0v 199.505n 0.0v 209.495n 0.0v 209.505n 0.0v 219.495n 0.0v 219.505n 1.8v 229.495n 1.8v 229.505n 1.8v 239.495n 1.8v 239.505n 0.0v 249.495n 0.0v 249.505n 0.0v 259.495n 0.0v 259.505n 0.0v 269.495n 0.0v 269.505n 0.0v 279.495n 0.0v 279.505n 0.0v 289.495n 0.0v 289.505n 1.8v 299.495n 1.8v 299.505n 1.8v 309.495n 1.8v 309.505n 1.8v 319.495n 1.8v 319.505n 1.8v 329.495n 1.8v 329.505n 1.8v 339.495n 1.8v 339.505n 1.8v 349.495n 1.8v 349.505n 1.8v 359.495n 1.8v 359.505n 1.8v 369.495n 1.8v 369.505n 0.0v 379.495n 0.0v 379.505n 0.0v 389.495n 0.0v 389.505n 0.0v 399.495n 0.0v 399.505n 1.8v 409.495n 1.8v 409.505n 0.0v 419.495n 0.0v 419.505n 0.0v 429.495n 0.0v 429.505n 1.8v 439.495n 1.8v 439.505n 1.8v 449.495n 1.8v 449.505n 1.8v 459.495n 1.8v 459.505n 1.8v 469.495n 1.8v 469.505n 1.8v 479.495n 1.8v 479.505n 1.8v 489.495n 1.8v 489.505n 1.8v 499.495n 1.8v 499.505n 1.8v 509.495n 1.8v 509.505n 0.0v 519.495n 0.0v 519.505n 0.0v 529.495n 0.0v 529.505n 0.0v 539.495n 0.0v 539.505n 0.0v 549.495n 0.0v 549.505n 1.8v 559.495n 1.8v 559.505n 0.0v 569.495n 0.0v 569.505n 1.8v 579.495n 1.8v 579.505n 1.8v 589.495n 1.8v 589.505n 1.8v 599.495n 1.8v 599.505n 0.0v 609.495n 0.0v 609.505n 0.0v 619.495n 0.0v 619.505n 0.0v 629.495n 0.0v 629.505n 1.8v 639.495n 1.8v 639.505n 1.8v 649.495n 1.8v 649.505n 1.8v 659.495n 1.8v 659.505n 1.8v 669.495n 1.8v 669.505n 1.8v 679.495n 1.8v 679.505n 0.0v 689.495n 0.0v 689.505n 0.0v 699.495n 0.0v 699.505n 0.0v 709.495n 0.0v 709.505n 0.0v 719.495n 0.0v 719.505n 0.0v 729.495n 0.0v 729.505n 1.8v 739.495n 1.8v 739.505n 1.8v 749.495n 1.8v 749.505n 1.8v 759.495n 1.8v 759.505n 1.8v 769.495n 1.8v 769.505n 0.0v 779.495n 0.0v 779.505n 0.0v 789.495n 0.0v 789.505n 0.0v 799.495n 0.0v 799.505n 0.0v 809.495n 0.0v 809.505n 0.0v 819.495n 0.0v 819.505n 0.0v 829.495n 0.0v 829.505n 1.8v 839.495n 1.8v 839.505n 0.0v 849.495n 0.0v 849.505n 1.8v 859.495n 1.8v 859.505n 1.8v 869.495n 1.8v 869.505n 1.8v 879.495n 1.8v 879.505n 1.8v 889.495n 1.8v 889.505n 1.8v 899.495n 1.8v 899.505n 1.8v 909.495n 1.8v 909.505n 1.8v 919.495n 1.8v 919.505n 1.8v 929.495n 1.8v 929.505n 1.8v 939.495n 1.8v 939.505n 0.0v 949.495n 0.0v 949.505n 0.0v 959.495n 0.0v 959.505n 0.0v 969.495n 0.0v 969.505n 0.0v 979.495n 0.0v 979.505n 0.0v 989.495n 0.0v 989.505n 1.8v 999.495n 1.8v 999.505n 1.8v 1009.495n 1.8v 1009.505n 1.8v 1019.495n 1.8v 1019.505n 0.0v 1029.495n 0.0v 1029.505n 1.8v 1039.495n 1.8v 1039.505n 1.8v 1049.495n 1.8v 1049.505n 1.8v 1059.495n 1.8v 1059.505n 1.8v 1069.495n 1.8v 1069.505n 1.8v 1079.495n 1.8v 1079.505n 1.8v 1089.495n 1.8v 1089.505n 1.8v 1099.495n 1.8v 1099.505n 1.8v 1109.495n 1.8v 1109.505n 0.0v 1119.495n 0.0v 1119.505n 0.0v 1129.495n 0.0v 1129.505n 0.0v 1139.495n 0.0v 1139.505n 0.0v 1149.495n 0.0v 1149.505n 1.8v 1159.495n 1.8v 1159.505n 1.8v 1169.495n 1.8v 1169.505n 1.8v 1179.495n 1.8v 1179.505n 1.8v 1189.495n 1.8v 1189.505n 0.0v 1199.495n 0.0v 1199.505n 0.0v 1209.495n 0.0v 1209.505n 0.0v 1219.495n 0.0v 1219.505n 0.0v 1229.495n 0.0v 1229.505n 1.8v 1239.495n 1.8v 1239.505n 1.8v 1249.495n 1.8v 1249.505n 1.8v 1259.495n 1.8v 1259.505n 1.8v 1269.495n 1.8v 1269.505n 0.0v 1279.495n 0.0v 1279.505n 0.0v 1289.495n 0.0v 1289.505n 0.0v 1299.495n 0.0v 1299.505n 0.0v 1309.495n 0.0v 1309.505n 0.0v 1319.495n 0.0v 1319.505n 0.0v 1329.495n 0.0v 1329.505n 0.0v 1339.495n 0.0v 1339.505n 1.8v 1349.495n 1.8v 1349.505n 1.8v 1359.495n 1.8v 1359.505n 1.8v 1369.495n 1.8v 1369.505n 0.0v 1379.495n 0.0v 1379.505n 0.0v 1389.495n 0.0v 1389.505n 0.0v 1399.495n 0.0v 1399.505n 0.0v 1409.495n 0.0v 1409.505n 0.0v
|
