Subversion Repositories Electronics.Rangefider

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Rev Author Line No. Line
10 florent_ba 1
Questionable use of curly braces in "v2 vref 0 {vdd/2}"
2
    Error: undefined symbol in: "[vdd]/2"
3
LTspice 24.0.12 for Windows
4
Circuit: * C:\Users\Florent\Desktop\nir_rangefinder\TX\APC\tia_rx_tb.asc
5
Start Time: Sun Oct 13 23:13:47 2024
6
Error on line 4 : v2 vref 0 (vdd/2)
7
	 Unknown parameter "vdd/2"
8
solver = Normal
9
Maximum thread count: 8
10
tnom = 27
11
temp = 27
12
method = Gear
13
ERROR: Node X1:U1:I0:I21:1:102 is floating and connected to current source G:X1:U1:I0:I21:1:RA
14
ERROR: Node X1:U1:I0:I19:1:102 is floating and connected to current source G:X1:U1:I0:I19:1:RA
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ERROR: Node X1:U1:I0:I19:1:302 is floating and connected to current source G:X1:U1:I0:I19:1:RC
16
 
17
WARNING: Less than two connections to node vref.  This node is used by v2.
18
x1:u5:di2: Emission coefficient, N=0.005, too small, limited to 0.1
19
x1:u3:di2: Emission coefficient, N=0.005, too small, limited to 0.1
20
x1:u4:di2: Emission coefficient, N=0.005, too small, limited to 0.1
21
X1:u1:i0:vprobe2: Missing value, assumed 0V @ DC
22
X1:u1:i0:vprobe1: Missing value, assumed 0V @ DC
23
v2: Missing value, assumed 0V @ DC
24
Direct Newton iteration failed to find .op point.  (Use ".option noopiter" to skip.)
25
Starting Gmin stepping
26
Increasing initial diagonal Gmin to 100
27
Increasing initial diagonal Gmin to 1000
28
Increasing initial diagonal Gmin to 10000
29
Gmin = 10000
30
vernier = 0.5
31
vernier = 0.25
32
Gmin = 3084.05
33
vernier = 0.125
34
vernier = 0.0625
35
vernier = 0.03125
36
vernier = 0.015625
37
Gmin = 3152.82
38
vernier = 0.0078125
39
vernier = 0.00390625
40
vernier = 0.00195312
41
vernier = 0.000976562
42
Gmin = 3162.05
43
vernier = 0.000488281
44
Gmin = 0
45
Gmin stepping failed
46
 
47
Starting source stepping with srcstepmethod=0
48
Source Step = 3.0303%
49
vernier = 0.25
50
Source Step = 1.70455%
51
Source Step = 3.59848%
52
Source Step = 5.49242%
53
Source Step = 7.38636%
54
Source Step = 9.2803%
55
vernier = 0.09375
56
Source Step = 11.9318%
57
Source Step = 14.7727%
58
Source Step = 17.6136%
59
Source Step = 20.4545%
60
Source Step = 23.2955%
61
Source Step = 23.9347%
62
Source Step = 24.6449%
63
Source Step = 25.0178%
64
Source Step = 25.1953%
65
Source Step = 25.3729%
66
Source Step = 25.5504%
67
Source Step = 25.728%
68
vernier = 0.00878906
69
Source Step = 25.9411%
70
Source Step = 26.0409%
71
Source Step = 26.1075%
72
Source Step = 26.1741%
73
Source Step = 26.2407%
74
Source Step = 26.3073%
75
Source Step = 26.3738%
76
Source Step = 26.4404%
77
Source Step = 26.507%
78
Source Step = 26.5736%
79
Source Step = 26.6402%
80
Source Step = 26.7068%
81
Source Step = 26.7733%
82
Source Step = 26.8399%
83
Source Step = 26.9065%
84
Source Step = 26.9731%
85
Starting source stepping with srcstepmethod=1
86
Source Step = 3.0303%
87
vernier = 0.25
88
Source Step = 0.0828598%
89
Source Step = 0.201231%
90
Source Step = 0.319602%
91
Source Step = 0.437973%
92
Source Step = 0.556345%
93
vernier = 0.00585938
94
Source Step = 0.710227%
95
Source Step = 0.887784%
96
Source Step = 1.06534%
97
Source Step = 1.2429%
98
Source Step = 1.42045%
99
vernier = 0.00878906
100
Source Step = 1.6424%
101
Source Step = 1.90874%
102
Source Step = 2.17507%
103
Source Step = 2.44141%
104
Source Step = 2.70774%
105
vernier = 0.0131836
106
Source Step = 3.02734%
107
Source Step = 3.42685%
108
Source Step = 3.82635%
109
Source Step = 4.22585%
110
Source Step = 4.62536%
111
vernier = 0.0197754
112
Source Step = 5.08478%
113
Source Step = 5.68404%
114
Source Step = 6.28329%
115
Source Step = 6.88255%
116
Source Step = 7.4818%
117
vernier = 0.0296631
118
Source Step = 8.14098%
119
Source Step = 9.03986%
120
Source Step = 9.93874%
121
Source Step = 10.8376%
122
Source Step = 11.7365%
123
vernier = 0.0444946
124
Source Step = 12.6803%
125
Source Step = 14.0287%
126
Source Step = 15.377%
127
Source Step = 16.7253%
128
Source Step = 18.0736%
129
Source Step = 19.4219%
130
vernier = 0.0667419
131
Source Step = 21.4444%
132
Source Step = 23.4669%
133
Source Step = 25.4894%
134
Source Step = 26.0835%
135
Source Step = 26.2099%
136
Source Step = 26.3363%
137
Source Step = 26.4627%
138
Source Step = 26.5891%
139
vernier = 0.00104284
140
Source stepping failed
141
 
142
Pseudo transient terminated at 101.93 s, solution accepted ready or not!
143
Ignoring empty pin current: Ix(u1:wm2)
144
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref+)
145
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref-)
146
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc+)
147
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc-)
148
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc+)
149
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc-)
150
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc+)
151
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc-)
152
Ignoring empty pin current: Ix(x1:u6:iqpos:vc+)
153
Ignoring empty pin current: Ix(x1:u6:iqpos:vc-)
154
Ignoring empty pin current: Ix(x1:u6:iqneg:vc+)
155
Ignoring empty pin current: Ix(x1:u6:iqneg:vc-)
156
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc+)
157
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc-)
158
Ignoring empty pin current: Ix(x1:u6:cl_amp:vin)
159
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc+)
160
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc-)
161
Ignoring empty pin current: Ix(x1:u6:gr_amp:vin)
162
Ignoring empty pin current: Ix(x1:u6:gr_src:vc+)
163
Ignoring empty pin current: Ix(x1:u6:gr_src:vc-)
164
Ignoring empty pin current: Ix(x1:u6:cl_src:vc+)
165
Ignoring empty pin current: Ix(x1:u6:cl_src:vc-)
166
Ignoring empty pin current: Ix(x1:u6:clawp:vc+)
167
Ignoring empty pin current: Ix(x1:u6:clawp:vc-)
168
Ignoring empty pin current: Ix(x1:u6:clawn:vc+)
169
Ignoring empty pin current: Ix(x1:u6:clawn:vc-)
170
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc+)
171
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc-)
172
Ignoring empty pin current: Ix(x1:u6:claw_amp:vin)
173
Ignoring empty pin current: Ix(x1:u6:claw_src:vc+)
174
Ignoring empty pin current: Ix(x1:u6:claw_src:vc-)
175
Ignoring empty pin current: Ix(x1:u6:ol_sense:oln)
176
Ignoring empty pin current: Ix(x1:u6:ol_sense:olp)
177
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin+)
178
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin-)
179
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp+)
180
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp-)
181
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref+)
182
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref-)
183
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc+)
184
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc-)
185
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc+)
186
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc-)
187
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc+)
188
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc-)
189
Ignoring empty pin current: Ix(x1:u7:iqpos:vc+)
190
Ignoring empty pin current: Ix(x1:u7:iqpos:vc-)
191
Ignoring empty pin current: Ix(x1:u7:iqneg:vc+)
192
Ignoring empty pin current: Ix(x1:u7:iqneg:vc-)
193
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc+)
194
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc-)
195
Ignoring empty pin current: Ix(x1:u7:cl_amp:vin)
196
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc+)
197
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc-)
198
Ignoring empty pin current: Ix(x1:u7:gr_amp:vin)
199
Ignoring empty pin current: Ix(x1:u7:gr_src:vc+)
200
Ignoring empty pin current: Ix(x1:u7:gr_src:vc-)
201
Ignoring empty pin current: Ix(x1:u7:cl_src:vc+)
202
Ignoring empty pin current: Ix(x1:u7:cl_src:vc-)
203
Ignoring empty pin current: Ix(x1:u7:clawp:vc+)
204
Ignoring empty pin current: Ix(x1:u7:clawp:vc-)
205
Ignoring empty pin current: Ix(x1:u7:clawn:vc+)
206
Ignoring empty pin current: Ix(x1:u7:clawn:vc-)
207
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc+)
208
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc-)
209
Ignoring empty pin current: Ix(x1:u7:claw_amp:vin)
210
Ignoring empty pin current: Ix(x1:u7:claw_src:vc+)
211
Ignoring empty pin current: Ix(x1:u7:claw_src:vc-)
212
Ignoring empty pin current: Ix(x1:u7:ol_sense:oln)
213
Ignoring empty pin current: Ix(x1:u7:ol_sense:olp)
214
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin+)
215
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin-)
216
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp+)
217
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp-)
218
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc+)
219
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc-)
220
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc+)
221
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc-)
222
Ignoring empty pin current: Ix(x1:u2:_u2:vc+)
223
Ignoring empty pin current: Ix(x1:u2:_u2:vc-)
224
Ignoring empty pin current: Ix(x1:u2:_u3:vc+)
225
Ignoring empty pin current: Ix(x1:u2:_u3:vc-)
226
Ignoring empty pin current: Ix(x1:u2:_u5:vc+)
227
Ignoring empty pin current: Ix(x1:u2:_u5:vc-)
228
Ignoring empty pin current: Ix(x1:u2:_u6:vc+)
229
Ignoring empty pin current: Ix(x1:u2:_u6:vc-)
230
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin+)
231
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin-)
232
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp+)
233
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp-)
234
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref+)
235
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref-)
236
Ignoring empty pin current: Ix(x1:u1:i0:i21:c)
237
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinp)
238
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinm)
239
Ignoring empty pin current: Ix(x1:u1:i0:i52:vee)
240
Ignoring empty pin current: Ix(x1:u1:i0:i52:vcc)
241
Ignoring empty pin current: Ix(x1:u1:i0:i52:pd)
242
Ignoring empty pin current: Ix(x1:u1:i0:i85:vin)
243
Ignoring empty pin current: Ix(x1:u1:i0:i26:vin)
244
Ignoring empty pin current: Ix(x1:u1:i0:i30:pd)
245
Ignoring empty pin current: Ix(x1:u1:i0:i40:pd)
246
Ignoring empty pin current: Ix(x1:u1:i0:i40:vee)
247
Ignoring empty pin current: Ix(x1:u1:i0:i40:vcc)
248
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:1)
249
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vdd)
250
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vss)
251
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:1)
252
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vdd)
253
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vss)
254
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:vimon)
255
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:pd)
256
Ignoring empty pin current: Ix(x1:u1:i0:i21:1:vx)
257
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:1)
258
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_old)
259
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_old)
260
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_new)
261
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_new)
262
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:1)
263
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_old)
264
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_old)
265
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_new)
266
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_new)
267
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:1)
268
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_old)
269
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_old)
270
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_new)
271
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_new)
272
Ignoring empty pin current: Ix(u1:wm2)
273
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref+)
274
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref-)
275
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc+)
276
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc-)
277
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc+)
278
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc-)
279
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc+)
280
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc-)
281
Ignoring empty pin current: Ix(x1:u6:iqpos:vc+)
282
Ignoring empty pin current: Ix(x1:u6:iqpos:vc-)
283
Ignoring empty pin current: Ix(x1:u6:iqneg:vc+)
284
Ignoring empty pin current: Ix(x1:u6:iqneg:vc-)
285
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc+)
286
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc-)
287
Ignoring empty pin current: Ix(x1:u6:cl_amp:vin)
288
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc+)
289
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc-)
290
Ignoring empty pin current: Ix(x1:u6:gr_amp:vin)
291
Ignoring empty pin current: Ix(x1:u6:gr_src:vc+)
292
Ignoring empty pin current: Ix(x1:u6:gr_src:vc-)
293
Ignoring empty pin current: Ix(x1:u6:cl_src:vc+)
294
Ignoring empty pin current: Ix(x1:u6:cl_src:vc-)
295
Ignoring empty pin current: Ix(x1:u6:clawp:vc+)
296
Ignoring empty pin current: Ix(x1:u6:clawp:vc-)
297
Ignoring empty pin current: Ix(x1:u6:clawn:vc+)
298
Ignoring empty pin current: Ix(x1:u6:clawn:vc-)
299
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc+)
300
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc-)
301
Ignoring empty pin current: Ix(x1:u6:claw_amp:vin)
302
Ignoring empty pin current: Ix(x1:u6:claw_src:vc+)
303
Ignoring empty pin current: Ix(x1:u6:claw_src:vc-)
304
Ignoring empty pin current: Ix(x1:u6:ol_sense:oln)
305
Ignoring empty pin current: Ix(x1:u6:ol_sense:olp)
306
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin+)
307
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin-)
308
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp+)
309
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp-)
310
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref+)
311
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref-)
312
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc+)
313
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc-)
314
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc+)
315
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc-)
316
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc+)
317
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc-)
318
Ignoring empty pin current: Ix(x1:u7:iqpos:vc+)
319
Ignoring empty pin current: Ix(x1:u7:iqpos:vc-)
320
Ignoring empty pin current: Ix(x1:u7:iqneg:vc+)
321
Ignoring empty pin current: Ix(x1:u7:iqneg:vc-)
322
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc+)
323
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc-)
324
Ignoring empty pin current: Ix(x1:u7:cl_amp:vin)
325
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc+)
326
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc-)
327
Ignoring empty pin current: Ix(x1:u7:gr_amp:vin)
328
Ignoring empty pin current: Ix(x1:u7:gr_src:vc+)
329
Ignoring empty pin current: Ix(x1:u7:gr_src:vc-)
330
Ignoring empty pin current: Ix(x1:u7:cl_src:vc+)
331
Ignoring empty pin current: Ix(x1:u7:cl_src:vc-)
332
Ignoring empty pin current: Ix(x1:u7:clawp:vc+)
333
Ignoring empty pin current: Ix(x1:u7:clawp:vc-)
334
Ignoring empty pin current: Ix(x1:u7:clawn:vc+)
335
Ignoring empty pin current: Ix(x1:u7:clawn:vc-)
336
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc+)
337
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc-)
338
Ignoring empty pin current: Ix(x1:u7:claw_amp:vin)
339
Ignoring empty pin current: Ix(x1:u7:claw_src:vc+)
340
Ignoring empty pin current: Ix(x1:u7:claw_src:vc-)
341
Ignoring empty pin current: Ix(x1:u7:ol_sense:oln)
342
Ignoring empty pin current: Ix(x1:u7:ol_sense:olp)
343
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin+)
344
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin-)
345
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp+)
346
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp-)
347
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc+)
348
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc-)
349
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc+)
350
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc-)
351
Ignoring empty pin current: Ix(x1:u2:_u2:vc+)
352
Ignoring empty pin current: Ix(x1:u2:_u2:vc-)
353
Ignoring empty pin current: Ix(x1:u2:_u3:vc+)
354
Ignoring empty pin current: Ix(x1:u2:_u3:vc-)
355
Ignoring empty pin current: Ix(x1:u2:_u5:vc+)
356
Ignoring empty pin current: Ix(x1:u2:_u5:vc-)
357
Ignoring empty pin current: Ix(x1:u2:_u6:vc+)
358
Ignoring empty pin current: Ix(x1:u2:_u6:vc-)
359
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin+)
360
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin-)
361
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp+)
362
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp-)
363
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref+)
364
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref-)
365
Ignoring empty pin current: Ix(x1:u1:i0:i21:c)
366
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinp)
367
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinm)
368
Ignoring empty pin current: Ix(x1:u1:i0:i52:vee)
369
Ignoring empty pin current: Ix(x1:u1:i0:i52:vcc)
370
Ignoring empty pin current: Ix(x1:u1:i0:i52:pd)
371
Ignoring empty pin current: Ix(x1:u1:i0:i85:vin)
372
Ignoring empty pin current: Ix(x1:u1:i0:i26:vin)
373
Ignoring empty pin current: Ix(x1:u1:i0:i30:pd)
374
Ignoring empty pin current: Ix(x1:u1:i0:i40:pd)
375
Ignoring empty pin current: Ix(x1:u1:i0:i40:vee)
376
Ignoring empty pin current: Ix(x1:u1:i0:i40:vcc)
377
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:1)
378
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vdd)
379
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vss)
380
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:1)
381
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vdd)
382
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vss)
383
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:vimon)
384
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:pd)
385
Ignoring empty pin current: Ix(x1:u1:i0:i21:1:vx)
386
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:1)
387
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_old)
388
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_old)
389
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_new)
390
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_new)
391
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:1)
392
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_old)
393
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_old)
394
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_new)
395
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_new)
396
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:1)
397
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_old)
398
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_old)
399
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_new)
400
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_new)
401
 
402
 
403
Total elapsed time: 12.077 seconds.
404