| blob | 92dd42899ca1eb796193010926b39fb4f6acdb4a |
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. 2.6873 0. 265.02G 1.
5 -2. 5. 0. 1.1111G 0. 265.02G 2.
6 -3. 5. 0. 5.0138 0. 265.02G 3.
7 -4. 5. 0. 5. 0. 265.02G 4.
8 -5. 5. 0. 5. 0. 265.02G 5.
9 -6. 5. 0. 5. 0. 265.02G 6.
10 -7. 5. 0. 5. 0. 265.02G 7.
11 27. 5. 0. 5. 0. 265.02G 8.
12 # Cgs(XI10.Mp1) Cgd(XI10.Mp1) Cgb(XI10.Mp1)
13 27. 0. 0. 0.
14 # Cgs(XI10.Mp2) Cgd(XI10.Mp2) Cgb(XI10.Mp2)
15 27. 0. 0. 0.
16 # Cgs(XI10.Mn1) Cgd(XI10.Mn1) Cgb(XI10.Mn1)
17 27. 0. 0. 0.
18 # Cgs(XI10.Mn2) Cgd(XI10.Mn2) Cgb(XI10.Mn2)
19 27. 0. 0. 0.
20 #Time v(2) v(4) v(5) iter(0)
21 0. 0. 5. 0. 8.
22 1.p 0. 5. 0. 3.
23 2.p 0. 5. 0. 4.
24 3.p 0. 5. 0. 3.
25 4.p 0. 5. 0. 4.
26 5.p 0. 5. 0. 3.
27 52.5p 0. 5. 0. 4.
28 100.p 0. 5. 0. 4.
29 200.p 0. 5. 0. 4.
30 300.p 0. 5. 0. 4.
31 400.p 0. 5. 0. 4.
32 500.p 0. 5. 0. 4.
33 600.p 0. 5. 0. 4.
34 700.p 0. 5. 0. 4.
35 800.p 0. 5. 0. 4.
36 900.p 0. 5. 0. 4.
37 1.n 1.f 5. 0. 4.
38 1.1n 0.25 5. 0. 4.
39 1.2n 0.5 5. 0. 4.
40 1.3n 0.75 4.9997 0.04121 6.
41 1.4n 1. 4.997 0.20031 6.
42 1.5n 1.25 4.9898 0.33158 5.
43 1.6n 1.5 4.9754 0.44888 5.
44 1.7n 1.75 4.9552 0.55689 5.
45 1.8n 2. 4.9296 0.658 5.
46 1.9n 2.25 4.8986 0.75368 5.
47 2.n 2.5 4.8623 0.84491 5.
48 2.1n 2.75 4.8202 0.93237 5.
49 2.2n 3. 4.7717 1.0166 5.
50 2.3n 3.25 4.716 1.098 5.
51 2.4n 3.5 4.6515 1.1769 5.
52 2.5n 3.75 4.5758 1.2536 5.
53 2.6n 4. 4.4848 1.3282 5.
54 2.7n 4.25 4.3692 1.401 5.
55 2.8n 4.5 4.2237 1.4622 5.
56 2.9n 4.75 4.0647 1.4979 5.
57 3.n 5. 3.8966 1.5105 5.
58 3.1n 5. 3.7264 1.4758 5.
59 3.2n 5. 3.5602 1.4377 5.
60 3.3n 5. 3.3975 1.3966 5.
61 3.4n 5. 3.2388 1.3531 5.
62 3.5n 5. 3.0842 1.3076 5.
63 3.6n 5. 2.934 1.2608 5.
64 3.7n 5. 2.7883 1.213 4.
65 3.8n 5. 2.6474 1.1646 4.
66 3.9n 5. 2.5113 1.1161 4.
67 4.n 5. 2.3801 1.0677 4.
68 4.1n 5. 2.2539 1.0197 4.
69 4.2n 5. 2.1326 0.97237 4.
70 4.3n 5. 2.0164 0.92593 4.
71 4.4n 5. 1.905 0.88052 4.
72 4.5n 5. 1.7985 0.8363 4.
73 4.6n 5. 1.6969 0.79338 4.
74 4.7n 5. 1.6 0.75185 4.
75 4.8n 5. 1.5077 0.71177 4.
76 4.9n 5. 1.4199 0.67319 4.
77 5.n 5. 1.3365 0.63613 4.
78 5.1n 5. 1.2573 0.60062 4.
79 5.2n 5. 1.1823 0.56666 4.
80 5.3n 5. 1.1112 0.53423 4.
81 5.4n 5. 1.044 0.50332 4.
82 5.5n 5. 0.98037 0.4739 4.
83 5.6n 5. 0.9203 0.44594 4.
84 5.7n 5. 0.86358 0.41939 4.
85 5.8n 5. 0.81009 0.39423 4.
86 5.9n 5. 0.75965 0.37039 4.
87 6.n 5. 0.71215 0.34784 4.
88 6.1n 5. 0.66741 0.32653 4.
89 6.2n 5. 0.62532 0.3064 4.
90 6.3n 5. 0.58574 0.28741 4.
91 6.4n 5. 0.54853 0.26951 4.
92 6.5n 5. 0.51356 0.25264 4.
93 6.6n 5. 0.48073 0.23675 4.
94 6.7n 5. 0.4499 0.2218 4.
95 6.8n 5. 0.42098 0.20774 4.
96 6.9n 5. 0.39384 0.19453 4.
97 7.n 5. 0.3684 0.18211 4.
98 7.1n 5. 0.34454 0.17045 4.
99 7.2n 5. 0.32218 0.15951 4.
100 7.3n 5. 0.30124 0.14924 4.
101 7.4n 5. 0.28162 0.13961 4.
102 7.5n 5. 0.26324 0.13057 4.
103 7.6n 5. 0.24604 0.12211 4.
104 7.7n 5. 0.22994 0.11418 4.
105 7.8n 5. 0.21487 0.10674 4.
106 7.9n 5. 0.20077 0.099783 4.
107 8.n 5. 0.18759 0.093266 4.
108 8.1n 5. 0.17525 0.087166 4.
109 8.2n 5. 0.16371 0.081456 4.
110 8.3n 5. 0.15292 0.076113 4.
111 8.4n 5. 0.14283 0.071114 4.
112 8.5n 5. 0.13341 0.066439 4.
113 8.6n 5. 0.12459 0.062066 4.
114 8.7n 5. 0.11635 0.057976 4.
115 8.8n 5. 0.10865 0.054153 4.
116 8.9n 5. 0.10146 0.050579 4.
117 9.n 5. 0.09474 0.047237 4.
118 9.1n 5. 0.08846 0.044115 4.
119 9.2n 5. 0.082593 0.041196 4.
120 9.3n 5. 0.077113 0.038469 4.
121 9.4n 5. 0.071994 0.035921 4.
122 9.5n 5. 0.067212 0.03354 4.
123 9.6n 5. 0.062747 0.031316 4.
124 9.7n 5. 0.058577 0.029238 4.
125 9.8n 5. 0.054682 0.027297 4.
126 9.9n 5. 0.051045 0.025484 4.
127 10.n 5. 0.047649 0.023791 4.
128 Gnucap System status
129 iterations: op=8, dc=0, tran=455, fourier=0, total=602
130 transient timesteps: accepted=107, rejected=0, total=107
131 nodes: user=4, subckt=0, model=0, total=4
132 dctran density=87.5%, ac density=87.5%