| blob | 1a3fab34cf69b2b9e81a3ac137933c3186366396 |
1 difpair ckt - simple differential pair
2 # v(1) v(2) v(3) v(4) v(5) v(6)
3 + v(7) v(8) v(9)
4 27. -76.611p -0.0076611 -0.0076611 5.2291 5.2291 -0.76997
5 +-11.221 12. -12.
6 #Time qbc(q1) qbc(q2) qbc(q3) qbc(q4) qbc(qnl)
7 0. -52.376f -52.376f -104.53f -14.21E-18 ??
8 20.n -9.387f -94.782f -104.88f -14.21E-18 ??
9 40.n 130.88f -108.19f -105.08f -14.21E-18 ??
10 60.n 399.05f -108.46f -105.08f -14.21E-18 ??
11 80.n 259.26f -105.77f -105.02f -14.21E-18 ??
12 100.n -44.34f -60.407f -104.53f -14.21E-18 ??
13 120.n -95.026f -10.46f -104.29f -14.21E-18 ??
14 140.n -109.96f 82.998f -104.15f -14.21E-18 ??
15 160.n -110.26f 306.53f -104.15f -14.21E-18 ??
16 180.n -106.81f 141.43f -104.44f -14.21E-18 ??
17 200.n -59.181f -45.559f -104.53f -14.21E-18 ??
18 #Time cmu(q1) cmu(q2) cmu(q3) cmu(q4) cmu(qnl)
19 0. 10.f 10.f 10.f 10.037f ??
20 20.n 10.001f 10.f 10.f 10.037f ??
21 40.n 4.9527p 10.f 10.f 10.037f ??
22 60.n 15.31p 10.f 10.f 10.037f ??
23 80.n 9.9096p 10.f 10.f 10.037f ??
24 100.n 10.f 10.f 10.f 10.037f ??
25 120.n 10.f 10.001f 10.f 10.037f ??
26 140.n 10.f 3.1061p 10.f 10.037f ??
27 160.n 10.f 11.735p 10.f 10.037f ??
28 180.n 10.f 5.3598p 10.f 10.037f ??
29 200.n 10.f 10.f 10.f 10.037f ??
30 #Time vbc(q1) vbc(q2) vbc(q3) vbc(q4) vbc(qnl)
31 0. -5.2375 -5.2375 -10.453 -0.0014159 ??
32 20.n -0.9386 -9.4781 -10.488 -0.0014159 ??
33 40.n 0.30412 -10.818 -10.508 -0.0014159 ??
34 60.n 0.33335 -10.845 -10.508 -0.0014159 ??
35 80.n 0.32209 -10.577 -10.502 -0.0014159 ??
36 100.n -4.4339 -6.0406 -10.453 -0.0014159 ??
37 120.n -9.5025 -1.0459 -10.429 -0.0014159 ??
38 140.n -10.996 0.29203 -10.414 -0.0014159 ??
39 160.n -11.026 0.32647 -10.415 -0.0014159 ??
40 180.n -10.681 0.30617 -10.444 -0.0014159 ??
41 200.n -5.918 -4.5558 -10.453 -0.0014159 ??
42 v(5) 0. 3. 6. 9. 12.
43 +-----------------+----------------+-----------------+----------------+
44 0. | . * . . |
45 10.n | . . * . |
46 20.n | . . . * |
47 30.n | . . . * |
48 40.n | . . . * |
49 50.n | . . . * |
50 60.n | . . . * |
51 70.n | . . . * |
52 80.n | . . . * |
53 90.n | . . . * |
54 100.n | . * . |
55 110.n | * . . |
56 120.n | * . . . |
57 130.n * . . . |
58 140.n * . . . |
59 150.n * . . . |
60 160.n * . . . |
61 170.n * . . . |
62 180.n * . . . |
63 190.n | * . . . |
64 200.n | . * . . |
65 210.n | . . * . |
66 220.n | . . . * |
67 230.n | . . . * |
68 240.n | . . . * |
69 250.n | . . . * |
70 260.n | . . . * |
71 270.n | . . . * |
72 280.n | . . . * |
73 290.n | . . . * |
74 300.n | . * . |
75 310.n | * . . |
76 320.n | * . . . |
77 330.n * . . . |
78 340.n * . . . |
79 350.n * . . . |
80 360.n * . . . |
81 370.n * . . . |
82 380.n * . . . |
83 390.n | * . . . |
84 400.n | . * . . |
85 410.n | . . * . |
86 420.n | . . . * |
87 430.n | . . . * |
88 440.n | . . . * |
89 450.n | . . . * |
90 460.n | . . . * |
91 470.n | . . . * |
92 480.n | . . . * |
93 490.n | . . . * |
94 500.n | . * . |
95 +-----------------+----------------+-----------------+----------------+
96 vm(5) 0. 25. 50. 75. 100.
97 vp(5)-180. -90. 0. 90. 180.
98 +-----------------+----------------+-----------------+----------------+
99 10.K | . + . * |
100 17.783K| . + . * |
101 31.623K| . + . * |
102 56.234K| . + . * |
103 100.K | . + . * |
104 177.83K| . + . * |
105 316.23K| . + . * |
106 562.34K| . + . * |
107 1.Meg | . + . * |
108 1.7783M| . + . * |
109 3.1623M| . + . * |
110 5.6234M| . +. . * |
111 10.Meg | . +. . * |
112 17.783M| . + . . * |
113 31.623M| . + . . * |
114 56.234M| . + . * . |
115 100.Meg| . + . * . |
116 177.83M| . + * . . |
117 316.23M| * . + . . |
118 562.34M| * .+ . . |
119 1.G | * + . . |
120 1.7783G| * + . . . |
121 3.1623G|* + . . . |
122 5.6234G|* + . . . |
123 10.G * + . . . |
124 +-----------------+----------------+-----------------+----------------+
125 # v(1) v(2) v(3) v(4) v(5) v(6)
126 + v(7) v(8) v(9)
127 27. -76.611p -0.0076611 -0.0076611 5.2291 5.2291 -0.76997
128 +-11.221 12. -12.
129 vm(5) 0. 25. 50. 75. 100.
130 vp(5)-180. -90. 0. 90. 180.
131 +-----------------+----------------+-----------------+----------------+
132 10.K | . + . * |
133 17.783K| . + . * |
134 31.623K| . + . * |
135 56.234K| . + . * |
136 100.K | . + . * |
137 177.83K| . + . * |
138 316.23K| . + . * |
139 562.34K| . + . * |
140 1.Meg | . + . * |
141 1.7783M| . + . * |
142 3.1623M| . + . * |
143 5.6234M| . +. . * |
144 10.Meg | . +. . * |
145 17.783M| . + . . * |
146 31.623M| . + . . * |
147 56.234M| . + . * . |
148 100.Meg| . + . * . |
149 177.83M| . + * . . |
150 316.23M| * . + . . |
151 562.34M| * .+ . . |
152 1.G | * + . . |
153 1.7783G| * + . . . |
154 3.1623G|* + . . . |
155 5.6234G|* + . . . |
156 10.G * + . . . |
157 +-----------------+----------------+-----------------+----------------+
158 Gnucap System status
159 iterations: op=9, dc=0, tran=502, fourier=0, total=1447
160 transient timesteps: accepted=145, rejected=8, total=153
161 nodes: user=9, subckt=0, model=4, total=13
162 dctran density=65.7%, ac density=65.7%