| blob | 154e88450232a373f17bdd18bb6b5adeb0032ce8 |
1 .title na2
2 # v(1) v(2) v(4) v(5) z(5) iter(0)
3 0. 0. 0. 0. 0. 1.E+12 0.
4 -1. 5. 0. 2.6869 5.8842u 996.24Meg 1.
5 -2. 5. 0. 154.84 6.2334u 996.23Meg 2.
6 -3. 5. 0. 4.991 244.14n 996.23Meg 3.
7 -4. 5. 0. 5. 261.7n 996.23Meg 4.
8 -5. 5. 0. 5. 261.7n 996.23Meg 5.
9 -6. 5. 0. 5. 261.7n 996.23Meg 6.
10 -7. 5. 0. 5. 261.7n 996.23Meg 7.
11 27. 5. 0. 5. 261.7n 996.23Meg 8.
12 # region(XI10.Mp1.Ddb) region(XI10.Mp2.Ddb) region(XI10.Mn1.Ddb) region(XI10.Mn2.Ddb) region(XI10.Mn1.Dsb)
13 0. -1. -1. -1. -1. -1.
14 -1. -1. -1. -1. -1. -1.
15 -2. -1. -1. -1. -1. -1.
16 -3. 1. 1. -1. -1. -1.
17 -4. -1. -1. -1. -1. -1.
18 -5. -1. -1. -1. -1. -1.
19 -6. -1. -1. -1. -1. -1.
20 -7. -1. -1. -1. -1. -1.
21 27. -1. -1. -1. -1. -1.
22 # V(XI10.Mp1.Ddb) V(XI10.Mp2.Ddb) V(XI10.Mn1.Ddb) V(XI10.Mn2.Ddb) V(XI10.Mn1.Dsb)
23 0. 0. 0. 0. 0. 0.
24 -1. -2.3131 -2.3131 -2.6869 -5.8842u -5.8842u
25 -2. 149.84 149.84 -154.84 -6.2334u -6.2334u
26 -3. -0.0089704 -0.0089704 -4.991 -244.14n -244.14n
27 -4. 28.028u 28.028u -5. -261.7n -261.7n
28 -5. -3.4216n -3.4216n -5. -261.7n -261.7n
29 -6. -3.2751n -3.2751n -5. -261.7n -261.7n
30 -7. -3.2751n -3.2751n -5. -261.7n -261.7n
31 27. -3.2751n -3.2751n -5. -261.7n -261.7n
32 # I(XI10.Mp1.Ddb) I(XI10.Mp2.Ddb) I(XI10.Mn1.Ddb) I(XI10.Mn2.Ddb) I(XI10.Mn1.Dsb)
33 0. 0. 0. 0. 0. 0.
34 -1. -3.2074p -3.2074p -3.7258p -8.159E-18 -8.159E-18
35 -2. 149.83p 149.83p -154.85p -8.643E-18 -8.643E-18
36 -3. -46.453u -46.453u -5.001p -338.8E-21 -338.8E-21
37 -4. -443.2E-18 -443.2E-18 -5.01p -362.9E-21 -362.9E-21
38 -5. -10.62E-21 -10.62E-21 -5.01p -362.9E-21 -362.9E-21
39 -6. -4.541E-21 -4.541E-21 -5.01p -362.9E-21 -362.9E-21
40 -7. -4.541E-21 -4.541E-21 -5.01p -362.9E-21 -362.9E-21
41 27. -4.541E-21 -4.541E-21 -5.01p -362.9E-21 -362.9E-21
42 #Time v(2) v(4) v(5) iter(0)
43 0. 0. 5. 261.7n 8.
44 1.p 4.896p 5. 261.7n 5.
45 2.p 358.f 5. 261.7n 4.
46 3.p -630.f 5. 261.69n 4.
47 4.p 588.f 5. 261.7n 4.
48 5.p -637.f 5. 261.7n 4.
49 28.75p 599.f 5. 261.66n 4.
50 100.p -636.f 5. 261.8n 5.
51 200.p 602.f 5. 261.46n 5.
52 300.p -630.f 5. 261.46n 5.
53 400.p 609.f 5. 261.46n 5.
54 500.p -624.f 5. 261.46n 5.
55 600.p 613.f 5. 261.46n 5.
56 700.p -622.f 5. 261.46n 5.
57 800.p 615.f 5. 261.46n 5.
58 900.p -620.f 5. 261.46n 5.
59 1.n 618.f 5. 261.46n 5.
60 1.1n 0.25 5.0019 0.24999 5.
61 1.2n 0.5 5.0052 0.49999 5.
62 1.3n 0.75 5.0077 0.74996 5.
63 1.4n 1. 5.0098 1.0001 5.
64 1.5n 1.25 5.0115 0.98571 5.
65 1.6n 1.5 5.0125 0.25776 8.
66 1.7n 1.75 5.0086 0.19372 7.
67 1.8n 2. 4.9977 0.26735 5.
68 1.9n 2.25 4.9791 0.29413 5.
69 2.n 2.5 4.9526 0.34525 5.
70 2.1n 2.75 4.9175 0.38132 5.
71 2.2n 3. 4.8719 0.4261 5.
72 2.3n 3.25 4.8138 0.46433 5.
73 2.4n 3.5 4.739 0.50627 5.
74 2.5n 3.75 4.6453 0.5448 5.
75 2.6n 4. 4.5289 0.58496 5.
76 2.7n 4.25 4.3921 0.62305 5.
77 2.8n 4.5 4.2407 0.66182 4.
78 2.9n 4.75 4.0719 0.69911 4.
79 3.n 5. 3.8858 0.73633 4.
80 3.1n 5. 3.6894 0.72344 4.
81 3.2n 5. 3.4922 0.71862 4.
82 3.3n 5. 3.2956 0.71533 4.
83 3.4n 5. 3.0997 0.71058 4.
84 3.5n 5. 2.9046 0.70601 4.
85 3.6n 5. 2.7104 0.70059 4.
86 3.7n 5. 2.5171 0.69449 4.
87 3.8n 5. 2.3251 0.68679 5.
88 3.9n 5. 2.1347 0.67673 5.
89 4.n 5. 1.9466 0.66192 5.
90 4.1n 5. 1.762 0.63898 5.
91 4.2n 5. 1.5827 0.60628 5.
92 4.3n 5. 1.4108 0.56598 5.
93 4.4n 5. 1.2482 0.52047 5.
94 4.5n 5. 1.096 0.47204 5.
95 4.6n 5. 0.95542 0.42268 5.
96 4.7n 5. 0.82697 0.37412 5.
97 4.8n 5. 0.71099 0.32767 5.
98 4.9n 5. 0.60746 0.28429 5.
99 5.n 5. 0.516 0.24457 5.
100 5.1n 5. 0.43601 0.20885 5.
101 5.2n 5. 0.3667 0.17718 5.
102 5.3n 5. 0.30712 0.14947 5.
103 5.4n 5. 0.25629 0.12547 5.
104 5.5n 5. 0.2132 0.10489 5.
105 5.6n 5. 0.17687 0.087367 4.
106 5.7n 5. 0.1464 0.072556 4.
107 5.8n 5. 0.12094 0.060102 4.
108 5.9n 5. 0.099743 0.049681 4.
109 6.n 5. 0.082149 0.040993 4.
110 6.1n 5. 0.067582 0.033776 4.
111 6.2n 5. 0.055545 0.027794 4.
112 6.3n 5. 0.045616 0.02285 4.
113 6.4n 5. 0.037457 0.018883 4.
114 6.5n 5. 0.030742 0.01541 4.
115 6.6n 5. 0.025218 0.012742 4.
116 6.7n 5. 0.020681 0.010365 4.
117 6.8n 5. 0.017008 0.0086114 4.
118 6.9n 5. 0.013985 0.0070015 4.
119 7.n 5. 0.011495 0.0058344 4.
120 7.1n 5. 0.0094484 0.0047221 4.
121 7.2n 5. 0.0077643 0.0039523 4.
122 7.3n 5. 0.0063802 0.0031799 4.
123 7.4n 5. 0.0052419 0.0026784 4.
124 7.5n 5. 0.0043069 0.002138 4.
125 7.6n 5. 0.0035379 0.0018167 4.
126 7.7n 5. 0.0029066 0.0014348 4.
127 7.8n 5. 0.0023873 0.001234 4.
128 7.9n 5. 0.0019612 960.57u 4.
129 8.n 5. 0.0016107 839.96u 4.
130 8.1n 5. 0.0013232 641.09u 4.
131 8.2n 5. 0.0010866 573.45u 4.
132 8.3n 5. 892.71u 426.04u 4.
133 8.4n 5. 733.01u 393.08u 4.
134 8.5n 5. 602.24u 281.45u 4.
135 8.6n 5. 494.45u 270.89u 4.
136 8.7n 5. 406.28u 184.37u 4.
137 8.8n 5. 333.51u 188.u 4.
138 8.9n 5. 274.08u 119.31u 4.
139 9.n 5. 224.94u 131.67u 4.
140 9.1n 5. 184.9u 75.824u 4.
141 9.2n 5. 151.71u 93.288u 4.
142 9.3n 5. 124.75u 46.858u 4.
143 9.4n 5. 102.32u 67.042u 4.
144 9.5n 5. 84.165u 27.659u 4.
145 9.6n 5. 68.998u 49.012u 4.
146 9.7n 5. 56.79u 15.021u 4.
147 9.8n 5. 46.525u 36.551u 4.
148 9.9n 5. 38.324u 6.7835u 4.
149 10.n 5. 31.368u 27.869u 4.
150 Gnucap System status
151 iterations: op=8, dc=0, tran=483, fourier=0, total=622
152 transient timesteps: accepted=107, rejected=0, total=107
153 nodes: user=4, subckt=0, model=0, total=4
154 dctran density=87.5%, ac density=87.5%