2 ** and2m05p.lpe extracted by xCalibre v9.1_1.1 **
4 ** Version: $LSILogic: and2m05p.iclib2,v 9.0.1.6 2002/07/18 14:38:53 rchiang Exp $
6 .SUBCKT AND2M05P Z A B VDD VSS
9 m0 8 11 7 VDD pm_hp l=0.118744u w=0.926776u ad=0.156347p as=0.697362p
10 + pd=0.348111u ps=3.88u
11 m1 9 12 8 VDD pm_hp l=0.118237u w=0.910208u ad=0.35608p as=0.153552p pd=1.43203u
13 m2 10 13 9 VDD pm_hp l=0.117864u w=1.02521u ad=0.331912p as=0.401069p pd=1.685u
15 m3 3 11 2 VSS nm_hp l=0.115u w=0.595u ad=0.0820299p as=0.23205p pd=0.275106u
17 m4 4 12 3 VSS nm_hp l=0.119905u w=0.605355u ad=0.292388p as=0.0834575p
18 + pd=1.40001u ps=0.279894u
19 m5 5 13 4 VSS nm_hp l=0.120619u w=0.670208u ad=0.223637p as=0.323712p pd=1.33u
35 r18 37 13 14 $[mpolyc]
37 * lumped capacitances:
57 ** and2m10p.lpe extracted by xCalibre v9.1_1.1 **
59 ** Version: $LSILogic: and2m10p.iclib2,v 9.0.1.5 2002/06/20 18:41:49 kensz Exp $
61 .SUBCKT AND2M10P Z A B VDD VSS
64 m0 21 37 20 VDD pm_hp l=0.116519u w=1.95228u ad=0.332862p as=0.701075p pd=0.385u
66 m1 22 37 21 VDD pm_hp l=0.116519u w=1.95228u ad=0.399462p as=0.332862p pd=0.385u
68 m2 23 37 22 VDD pm_hp l=0.116519u w=1.95228u ad=0.332862p as=0.399462p pd=0.385u
70 m3 24 37 23 VDD pm_hp l=0.116519u w=1.95228u ad=0.399462p as=0.332862p pd=0.385u
72 m4 25 37 24 VDD pm_hp l=0.116519u w=1.95228u ad=0.332862p as=0.399462p pd=0.385u
74 m5 26 37 25 VDD pm_hp l=0.116519u w=1.95228u ad=0.399462p as=0.332862p pd=0.385u
76 m6 27 37 26 VDD pm_hp l=0.116519u w=1.95228u ad=0.332862p as=0.399462p pd=0.385u
78 m7 28 37 27 VDD pm_hp l=0.116519u w=1.95228u ad=0.399462p as=0.332862p pd=0.385u
80 m8 29 37 28 VDD pm_hp l=0.116519u w=1.95228u ad=0.332862p as=0.399462p pd=0.385u
82 m9 30 37 29 VDD pm_hp l=0.116519u w=1.95228u ad=0.399462p as=0.332862p pd=0.385u
84 m10 31 38 30 VDD pm_hp l=0.116519u w=1.95228u ad=0.332862p as=0.399462p
86 m11 32 39 31 VDD pm_hp l=0.116519u w=1.95228u ad=0.399462p as=0.332862p
88 m12 33 39 32 VDD pm_hp l=0.116519u w=1.95228u ad=0.332862p as=0.399462p
90 m13 34 40 33 VDD pm_hp l=0.116519u w=1.95228u ad=0.399462p as=0.332862p
92 m14 35 40 34 VDD pm_hp l=0.116519u w=1.95228u ad=0.428612p as=0.399462p
94 m15 36 41 35 VDD pm_hp l=0.116519u w=1.95228u ad=0.6915p as=0.428612p pd=2.605u
96 m16 3 37 2 VSS nm_hp l=0.117852u w=1.29021u ad=0.215075p as=0.454812p pd=0.38u
98 m17 4 37 3 VSS nm_hp l=0.117852u w=1.29021u ad=0.247737p as=0.215075p pd=0.365u
100 m18 5 37 4 VSS nm_hp l=0.117852u w=1.29021u ad=0.215075p as=0.247737p pd=0.38u
102 m19 6 37 5 VSS nm_hp l=0.117852u w=1.29021u ad=0.25715p as=0.215075p pd=0.38u
104 m20 7 37 6 VSS nm_hp l=0.117852u w=1.29021u ad=0.216727p as=0.25715p
105 + pd=0.384383u ps=0.38u
106 m21 8 37 7 VSS nm_hp l=0.117943u w=1.29435u ad=0.261568p as=0.217423p
107 + pd=0.385617u ps=0.385617u
108 m22 9 37 8 VSS nm_hp l=0.117852u w=1.29021u ad=0.216727p as=0.260731p
109 + pd=0.384383u ps=0.384383u
110 m23 10 37 9 VSS nm_hp l=0.117943u w=1.29435u ad=0.261568p as=0.217423p
111 + pd=0.385617u ps=0.385617u
112 m24 11 37 10 VSS nm_hp l=0.117852u w=1.29021u ad=0.222814p as=0.260731p
113 + pd=0.345562u ps=0.384383u
114 m25 12 37 11 VSS nm_hp l=0.118569u w=1.32334u ad=0.348887p as=0.228536p
115 + pd=0.832275u ps=0.354437u
116 m26 13 38 12 VSS nm_hp l=0.117829u w=1.30021u ad=0.2613p as=0.342787p pd=0.44u
118 m27 14 39 13 VSS nm_hp l=0.117829u w=1.30021u ad=0.252675p as=0.2613p pd=0.38u
120 m28 15 39 14 VSS nm_hp l=0.117829u w=1.30021u ad=0.238725p as=0.252675p
122 m29 16 40 15 VSS nm_hp l=0.117829u w=1.30021u ad=0.299337p as=0.238725p pd=0.78u
124 m30 17 40 16 VSS nm_hp l=0.117829u w=1.30021u ad=0.235325p as=0.299337p
126 m31 18 41 17 VSS nm_hp l=0.117829u w=1.30021u ad=0.458712p as=0.235325p pd=1.96u
179 r81 139 37 14 $[mpolyc]
180 r82 B 38 14 $[mpolyc]
181 r83 A 39 14 $[mpolyc]
182 r84 B 40 14 $[mpolyc]
183 r85 A 41 14 $[mpolyc]
185 * lumped capacitances:
195 cp10 10 VSS 0.072258f
196 cp11 11 VSS 0.0301182f
197 cp12 12 VSS 0.101874f
198 cp13 13 VSS 0.0581621f
199 cp14 14 VSS 0.0391833f
200 cp15 15 VSS 0.0401044f
201 cp16 16 VSS 0.0518607f
202 cp17 17 VSS 0.0549393f
203 cp18 18 VSS 0.0303713f
204 cp19 20 VSS 0.0670358f
205 cp20 21 VSS 0.0390511f
206 cp21 22 VSS 0.0753915f
207 cp22 23 VSS 0.0398222f
208 cp23 24 VSS 0.0756207f
209 cp24 25 VSS 0.0611674f
210 cp25 26 VSS 0.0756207f
211 cp26 27 VSS 0.0398222f
212 cp27 28 VSS 0.0756207f
213 cp28 29 VSS 0.0312145f
214 cp29 30 VSS 0.0876255f
215 cp30 31 VSS 0.0363787f
216 cp31 32 VSS 0.0727265f
217 cp32 33 VSS 0.0318193f
218 cp33 34 VSS 0.0711524f
219 cp34 35 VSS 0.0436748f
220 cp35 36 VSS 0.0714809f
223 cp38 39 VSS 0.844982f
224 cp39 40 VSS 0.840807f
227 cp42 139 VSS 1.22948f
229 cp44 141 VSS 0.400358f
235 ** and2m12p.lpe extracted by xCalibre v9.1_1.1 **
237 ** Version: $LSILogic: and2m12p.iclib2,v 9.0.1.5 2002/06/25 06:56:51 tvarga Exp $
239 .SUBCKT AND2M12P Z A B VDD VSS
242 m0 23 41 22 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.635312p pd=0.38u
244 m1 24 41 23 VDD pm_hp l=0.116656u w=1.75521u ad=0.351512p as=0.284512p pd=0.365u
246 m2 25 41 24 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.351512p pd=0.38u
248 m3 26 41 25 VDD pm_hp l=0.116656u w=1.75521u ad=0.351512p as=0.284512p pd=0.365u
250 m4 27 41 26 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.351512p pd=0.38u
252 m5 28 41 27 VDD pm_hp l=0.116656u w=1.75521u ad=0.351512p as=0.284512p pd=0.365u
254 m6 29 41 28 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.351512p pd=0.38u
256 m7 30 41 29 VDD pm_hp l=0.116656u w=1.75521u ad=0.351512p as=0.284512p pd=0.365u
258 m8 31 41 30 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.351512p pd=0.38u
260 m9 32 41 31 VDD pm_hp l=0.116656u w=1.75521u ad=0.351512p as=0.284512p pd=0.365u
262 m10 33 41 32 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.351512p pd=0.38u
264 m11 34 41 33 VDD pm_hp l=0.116656u w=1.75521u ad=0.428912p as=0.284512p
266 m12 35 42 34 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.428912p pd=0.38u
268 m13 36 43 35 VDD pm_hp l=0.116656u w=1.75521u ad=0.364412p as=0.284512p pd=0.38u
270 m14 37 43 36 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.364412p pd=0.38u
272 m15 38 44 37 VDD pm_hp l=0.116656u w=1.75521u ad=0.364412p as=0.284512p pd=0.38u
274 m16 39 44 38 VDD pm_hp l=0.116656u w=1.75521u ad=0.288812p as=0.364412p
276 m17 40 45 39 VDD pm_hp l=0.116656u w=1.75521u ad=0.635312p as=0.288812p
277 + pd=2.415u ps=0.385u
278 m18 3 41 2 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.408012p pd=0.38u
280 m19 4 41 3 VSS nm_hp l=0.118152u w=1.17021u ad=0.220737p as=0.197375p pd=0.365u
282 m20 5 41 4 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.220737p pd=0.38u
284 m21 6 41 5 VSS nm_hp l=0.118152u w=1.17021u ad=0.220737p as=0.197375p pd=0.365u
286 m22 7 41 6 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.220737p pd=0.38u
288 m23 8 41 7 VSS nm_hp l=0.118152u w=1.17021u ad=0.220737p as=0.197375p pd=0.365u
290 m24 9 41 8 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.220737p pd=0.38u
292 m25 10 41 9 VSS nm_hp l=0.118152u w=1.17021u ad=0.220737p as=0.197375p pd=0.365u
294 m26 11 41 10 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.220737p pd=0.38u
296 m27 12 41 11 VSS nm_hp l=0.118152u w=1.17021u ad=0.220737p as=0.197375p
298 m28 13 41 12 VSS nm_hp l=0.118152u w=1.17021u ad=0.211387p as=0.220737p
299 + pd=0.365u ps=0.365u
300 m29 14 41 13 VSS nm_hp l=0.118152u w=1.17021u ad=0.320337p as=0.211387p pd=0.91u
302 m30 15 42 14 VSS nm_hp l=0.118152u w=1.17021u ad=0.2048p as=0.320337p pd=0.365u
304 m31 16 43 15 VSS nm_hp l=0.118152u w=1.17021u ad=0.2048p as=0.2048p pd=0.365u
306 m32 17 43 16 VSS nm_hp l=0.118152u w=1.17021u ad=0.217275p as=0.2048p pd=0.375u
308 m33 18 44 17 VSS nm_hp l=0.118152u w=1.17021u ad=0.320125p as=0.217275p pd=0.91u
310 m34 19 44 18 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.320125p pd=0.38u
312 m35 20 45 19 VSS nm_hp l=0.118152u w=1.17021u ad=0.408012p as=0.197375p pd=1.83u
371 r91 153 41 14 $[mpolyc]
372 r92 B 42 14 $[mpolyc]
373 r93 A 43 14 $[mpolyc]
374 r94 B 44 14 $[mpolyc]
375 r95 A 45 14 $[mpolyc]
377 * lumped capacitances:
387 cp10 10 VSS 0.0664982f
388 cp11 11 VSS 0.0372005f
389 cp12 12 VSS 0.0697293f
390 cp13 13 VSS 0.0296194f
391 cp14 14 VSS 0.108156f
392 cp15 15 VSS 0.0628747f
393 cp16 16 VSS 0.0395401f
394 cp17 17 VSS 0.0415426f
395 cp18 18 VSS 0.0591968f
396 cp19 19 VSS 0.0474836f
397 cp20 20 VSS 0.0309044f
398 cp21 22 VSS 0.0669294f
399 cp22 23 VSS 0.0382232f
400 cp23 24 VSS 0.0738112f
401 cp24 25 VSS 0.0389894f
402 cp25 26 VSS 0.0738112f
403 cp26 27 VSS 0.0389666f
404 cp27 28 VSS 0.0738112f
405 cp28 29 VSS 0.0401976f
406 cp29 30 VSS 0.0738112f
407 cp30 31 VSS 0.0389894f
408 cp31 32 VSS 0.0746449f
409 cp32 33 VSS 0.0316214f
410 cp33 34 VSS 0.0864697f
411 cp34 35 VSS 0.0355994f
412 cp35 36 VSS 0.0704575f
413 cp36 37 VSS 0.030572f
414 cp37 38 VSS 0.0694666f
415 cp38 39 VSS 0.0303905f
416 cp39 40 VSS 0.0701144f
418 cp41 42 VSS 0.598906f
419 cp42 43 VSS 0.853775f
420 cp43 44 VSS 0.850337f
421 cp44 45 VSS 0.454421f
423 cp46 153 VSS 1.18339f
425 cp48 155 VSS 0.361829f
431 ** and2m1p.lpe extracted by xCalibre v9.1_1.1 **
433 ** Version: $LSILogic: and2m1p.iclib2,v 9.0.1.5 2002/06/20 18:50:42 kensz Exp $
435 .SUBCKT AND2M1P Z A B VDD VSS
438 m0 8 11 7 VDD pm_hp l=0.117448u w=1.19521u ad=0.201062p as=0.417762p pd=0.38u
440 m1 9 12 8 VDD pm_hp l=0.117448u w=1.19521u ad=0.301859p as=0.201062p
441 + pd=0.573131u ps=0.38u
442 m2 10 13 9 VDD pm_hp l=0.116666u w=1.74521u ad=0.551512p as=0.440766p pd=2.405u
444 m3 3 11 2 VSS nm_hp l=0.119762u w=0.785208u ad=0.135287p as=0.258712p pd=0.35u
446 m4 4 12 3 VSS nm_hp l=0.119762u w=0.785208u ad=0.261162p as=0.135287p
447 + pd=0.914864u ps=0.35u
448 m5 5 13 4 VSS nm_hp l=0.118209u w=1.15021u ad=0.370037p as=0.382562p pd=1.81u
462 r16 A 11 14 $[mpolyc]
463 r17 B 12 14 $[mpolyc]
464 r18 38 13 14 $[mpolyc]
466 * lumped capacitances:
467 cp1 VDD VSS 0.479219f
475 cp9 10 VSS 0.0343166f
477 cp11 12 VSS 0.485111f
478 cp12 13 VSS 0.409236f
479 cp13 A VSS 0.0990763f
480 cp14 38 VSS 0.491529f
487 ** and2m2p.lpe extracted by xCalibre v9.1_1.1 **
489 ** Version: $LSILogic: and2m2p.iclib2,v 9.0.1.5 2002/06/20 18:49:41 kensz Exp $
491 .SUBCKT AND2M2P Z A B VDD VSS
494 m0 9 13 8 VDD pm_hp l=0.116666u w=1.74521u ad=0.293987p as=0.632262p
495 + pd=0.335311u ps=2.405u
496 m1 10 13 9 VDD pm_hp l=0.117041u w=1.76799u ad=0.348317p as=0.297825p
497 + pd=0.716275u ps=0.339688u
498 m2 11 14 10 VDD pm_hp l=0.116734u w=1.74935u ad=0.303886p as=0.344645p
499 + pd=0.357712u ps=0.708724u
500 m3 12 15 11 VDD pm_hp l=0.1167u w=1.74728u ad=0.63p as=0.303526p pd=2.4u
502 m4 3 13 2 VSS nm_hp l=0.117764u w=1.33021u ad=0.220975p as=0.470412p pd=0.38u
504 m5 4 13 3 VSS nm_hp l=0.117764u w=1.33021u ad=0.355725p as=0.220975p pd=0.755u
506 m6 5 14 4 VSS nm_hp l=0.117764u w=1.33021u ad=0.1821p as=0.355725p pd=0.275u
508 m7 6 15 5 VSS nm_hp l=0.117764u w=1.33021u ad=0.424937p as=0.1821p pd=1.99u
526 r22 46 13 14 $[mpolyc]
527 r23 B 14 14 $[mpolyc]
528 r24 A 15 14 $[mpolyc]
530 * lumped capacitances:
531 cp1 VDD VSS 0.558962f
538 cp8 10 VSS 0.0627591f
540 cp10 12 VSS 0.0929633f
541 cp11 13 VSS 0.651235f
542 cp12 14 VSS 0.677715f
543 cp13 15 VSS 0.508204f
545 cp15 46 VSS 0.414581f
552 ** and2m4p.lpe extracted by xCalibre v9.1_1.1 **
554 ** Version: $LSILogic: and2m4p.iclib2,v 9.0.1.5 2002/06/20 18:47:18 kensz Exp $
556 .SUBCKT AND2M4P Z A B VDD VSS
559 m0 11 17 10 VDD pm_hp l=0.116557u w=1.86521u ad=0.310087p as=0.668862p pd=0.38u
561 m1 12 17 11 VDD pm_hp l=0.116557u w=1.86521u ad=0.380637p as=0.310087p pd=0.38u
563 m2 13 17 12 VDD pm_hp l=0.116557u w=1.86521u ad=0.310087p as=0.380637p pd=0.38u
565 m3 14 17 13 VDD pm_hp l=0.116557u w=1.86521u ad=0.380637p as=0.310087p pd=0.38u
567 m4 15 18 14 VDD pm_hp l=0.116557u w=1.86521u ad=0.310087p as=0.380637p pd=0.38u
569 m5 16 19 15 VDD pm_hp l=0.116557u w=1.86521u ad=0.668862p as=0.310087p pd=2.525u
571 m6 3 17 2 VSS nm_hp l=0.118017u w=1.24228u ad=0.209687p as=0.439075p pd=0.385u
573 m7 4 17 3 VSS nm_hp l=0.118017u w=1.24228u ad=0.249287p as=0.209687p pd=0.385u
575 m8 5 17 4 VSS nm_hp l=0.118017u w=1.24228u ad=0.209687p as=0.249287p pd=0.385u
577 m9 6 17 5 VSS nm_hp l=0.118017u w=1.24228u ad=0.34085p as=0.209687p pd=0.835u
579 m10 7 18 6 VSS nm_hp l=0.118017u w=1.24228u ad=0.169962p as=0.34085p pd=0.275u
581 m11 8 19 7 VSS nm_hp l=0.118017u w=1.24228u ad=0.53805p as=0.169962p pd=2.135u
605 r32 62 17 14 $[mpolyc]
606 r33 B 18 14 $[mpolyc]
607 r34 A 19 14 $[mpolyc]
609 * lumped capacitances:
610 cp1 VDD VSS 0.793447f
617 cp8 10 VSS 0.0669584f
618 cp9 11 VSS 0.0525539f
619 cp10 12 VSS 0.0716035f
620 cp11 13 VSS 0.0303499f
621 cp12 14 VSS 0.0821127f
622 cp13 15 VSS 0.040096f
623 cp14 16 VSS 0.0592826f
625 cp16 18 VSS 0.636199f
626 cp17 19 VSS 0.498244f
628 cp19 62 VSS 0.573239f
635 ** and2m8p.lpe extracted by xCalibre v9.1_1.1 **
637 ** Version: $LSILogic: and2m8p.iclib2,v 9.0.1.5 2002/06/20 18:46:25 kensz Exp $
639 .SUBCKT AND2M8P Z A B VDD VSS
642 m0 17 29 16 VDD pm_hp l=0.116557u w=1.86521u ad=0.299887p as=0.679062p pd=0.38u
644 m1 18 29 17 VDD pm_hp l=0.116557u w=1.86521u ad=0.390837p as=0.299887p pd=0.38u
646 m2 19 29 18 VDD pm_hp l=0.116557u w=1.86521u ad=0.299887p as=0.390837p pd=0.38u
648 m3 20 29 19 VDD pm_hp l=0.116557u w=1.86521u ad=0.390837p as=0.299887p pd=0.38u
650 m4 21 29 20 VDD pm_hp l=0.116557u w=1.86521u ad=0.299887p as=0.390837p pd=0.38u
652 m5 22 29 21 VDD pm_hp l=0.116557u w=1.86521u ad=0.385737p as=0.299887p pd=0.38u
654 m6 23 29 22 VDD pm_hp l=0.116557u w=1.86521u ad=0.520537p as=0.385737p pd=0.61u
656 m7 24 29 23 VDD pm_hp l=0.116557u w=1.86521u ad=0.467704p as=0.520537p
657 + pd=0.540951u ps=0.61u
658 m8 25 30 24 VDD pm_hp l=0.116656u w=1.75521u ad=0.293862p as=0.440121p pd=0.38u
660 m9 26 31 25 VDD pm_hp l=0.116656u w=1.75521u ad=0.355062p as=0.293862p pd=0.38u
662 m10 27 31 26 VDD pm_hp l=0.116656u w=1.75521u ad=0.461562p as=0.355062p
664 m11 28 32 27 VDD pm_hp l=0.116656u w=1.75521u ad=0.625962p as=0.461562p
665 + pd=2.415u ps=0.575u
666 m12 3 29 2 VSS nm_hp l=0.118017u w=1.24228u ad=0.209687p as=0.439075p pd=0.385u
668 m13 4 29 3 VSS nm_hp l=0.118017u w=1.24228u ad=0.249287p as=0.209687p pd=0.385u
670 m14 5 29 4 VSS nm_hp l=0.118017u w=1.24228u ad=0.209687p as=0.249287p pd=0.385u
672 m15 6 29 5 VSS nm_hp l=0.118017u w=1.24228u ad=0.249287p as=0.209687p pd=0.385u
674 m16 7 29 6 VSS nm_hp l=0.118017u w=1.24228u ad=0.209687p as=0.249287p pd=0.385u
676 m17 8 29 7 VSS nm_hp l=0.118017u w=1.24228u ad=0.249287p as=0.209687p pd=0.385u
678 m18 9 29 8 VSS nm_hp l=0.118017u w=1.24228u ad=0.230775p as=0.249287p pd=0.42u
680 m19 10 29 9 VSS nm_hp l=0.118017u w=1.24228u ad=0.285607p as=0.230775p
681 + pd=0.501661u ps=0.42u
682 m20 11 30 10 VSS nm_hp l=0.115u w=1.135u ad=0.264762p as=0.260943p pd=0.484978u
684 m21 12 31 11 VSS nm_hp l=0.118152u w=1.17021u ad=0.253037p as=0.272975p pd=0.45u
686 m22 13 31 12 VSS nm_hp l=0.118152u w=1.17021u ad=0.315223p as=0.253037p
687 + pd=0.540633u ps=0.45u
688 m23 14 32 13 VSS nm_hp l=0.115u w=1.135u ad=0.44265p as=0.305739p pd=1.915u
731 r63 111 29 14 $[mpolyc]
732 r64 B 30 14 $[mpolyc]
733 r65 A 31 14 $[mpolyc]
734 r66 B 32 14 $[mpolyc]
736 * lumped capacitances:
746 cp10 10 VSS 0.0833849f
747 cp11 11 VSS 0.0449052f
748 cp12 12 VSS 0.0466324f
749 cp13 13 VSS 0.0344949f
750 cp14 14 VSS 0.075112f
751 cp15 16 VSS 0.0669584f
752 cp16 17 VSS 0.0351186f
753 cp17 18 VSS 0.0546883f
754 cp18 19 VSS 0.0304703f
755 cp19 20 VSS 0.054862f
756 cp20 21 VSS 0.0300126f
757 cp21 22 VSS 0.0571222f
758 cp22 23 VSS 0.0398241f
759 cp23 24 VSS 0.0575249f
760 cp24 25 VSS 0.0468614f
761 cp25 26 VSS 0.0727373f
762 cp26 27 VSS 0.0511403f
763 cp27 28 VSS 0.0732119f
766 cp30 31 VSS 0.745306f
767 cp31 32 VSS 0.345019f
769 cp33 111 VSS 0.701749f
771 cp35 113 VSS 0.237335f
777 ** and3m05p.lpe extracted by xCalibre v9.1_1.1 **
779 ** Version: $LSILogic: and3m05p.iclib2,v 9.0.1.5 2002/07/18 14:39:04 rchiang Exp $
781 .SUBCKT AND3M05P Z A B C VDD VSS
784 m0 9 13 8 VDD pm_hp l=0.115u w=1.005u ad=0.226125p as=0.39195p pd=0.45u
786 m1 10 14 9 VDD pm_hp l=0.115u w=1.005u ad=0.226125p as=0.226125p pd=0.45u
788 m2 11 15 10 VDD pm_hp l=0.115u w=1.005u ad=0.226125p as=0.226125p pd=0.45u
790 m3 12 16 11 VDD pm_hp l=0.115u w=1.005u ad=0.396975p as=0.226125p pd=1.795u
792 m4 3 13 2 VSS nm_hp l=0.119677u w=0.647426u ad=0.1221p as=0.298675p pd=0.39u
794 m5 4 14 3 VSS nm_hp l=0.119677u w=0.647426u ad=0.118987p as=0.1221p pd=0.375u
796 m6 5 15 4 VSS nm_hp l=0.119677u w=0.647426u ad=0.341486p as=0.118987p
797 + pd=1.54531u ps=0.375u
798 m7 6 16 5 VSS nm_hp l=0.120619u w=0.670208u ad=0.223637p as=0.353502p pd=1.33u
813 r19 A 13 14 $[mpolyc]
814 r20 B 14 14 $[mpolyc]
815 r21 C 15 14 $[mpolyc]
816 r22 46 16 14 $[mpolyc]
818 * lumped capacitances:
819 cp1 VDD VSS 0.636591f
825 cp7 10 VSS 0.0387073f
827 cp9 12 VSS 0.0314358f
828 cp10 13 VSS 0.371906f
829 cp11 14 VSS 0.467658f
830 cp12 15 VSS 0.415995f
841 ** and3m1p.lpe extracted by xCalibre v9.1_1.1 **
843 ** Version: $LSILogic: and3m1p.iclib2,v 9.0.1.6 2002/07/18 14:39:06 rchiang Exp $
845 .SUBCKT AND3M1P Z A B C VDD VSS
848 m0 9 13 8 VDD pm_hp l=0.117238u w=1.30521u ad=0.242981p as=0.417312p
849 + pd=0.348342u ps=1.965u
850 m1 10 14 9 VDD pm_hp l=0.11751u w=1.31763u ad=0.221833p as=0.245294p
851 + pd=0.351658u ps=0.351658u
852 m2 11 15 10 VDD pm_hp l=0.117238u w=1.30521u ad=0.287866p as=0.219741p
853 + pd=0.534848u ps=0.348342u
854 m3 12 16 11 VDD pm_hp l=0.116666u w=1.74521u ad=0.551512p as=0.384909p pd=2.405u
856 m4 3 13 2 VSS nm_hp l=0.118449u w=0.850355u ad=0.129287p as=0.314662p pd=0.305u
858 m5 4 14 3 VSS nm_hp l=0.118449u w=0.850355u ad=0.104087p as=0.129287p pd=0.245u
860 m6 5 15 4 VSS nm_hp l=0.118449u w=0.850355u ad=0.301834p as=0.104087p
861 + pd=0.961919u ps=0.245u
862 m7 6 16 5 VSS nm_hp l=0.118166u w=1.16521u ad=0.374612p as=0.413591p pd=1.825u
877 r19 A 13 14 $[mpolyc]
878 r20 B 14 14 $[mpolyc]
879 r21 C 15 14 $[mpolyc]
880 r22 45 16 14 $[mpolyc]
882 * lumped capacitances:
891 cp9 10 VSS 0.0331284f
892 cp10 11 VSS 0.0841101f
893 cp11 12 VSS 0.0249463f
894 cp12 13 VSS 0.421279f
895 cp13 14 VSS 0.589448f
896 cp14 15 VSS 0.547472f
897 cp15 16 VSS 0.407897f
899 cp17 45 VSS 0.686422f
907 ** and3m2p.lpe extracted by xCalibre v9.1_1.1 **
909 ** Version: $LSILogic: and3m2p.iclib2,v 9.0.1.5 2002/06/20 18:48:37 kensz Exp $
911 .SUBCKT AND3M2P Z A B C VDD VSS
914 m0 10 15 9 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.632262p pd=0.38u
916 m1 11 15 10 VDD pm_hp l=0.116666u w=1.74521u ad=0.362937p as=0.282187p pd=0.38u
918 m2 12 16 11 VDD pm_hp l=0.116666u w=1.74521u ad=0.406162p as=0.362937p pd=0.525u
920 m3 13 17 12 VDD pm_hp l=0.116666u w=1.74521u ad=0.486912p as=0.406162p pd=0.525u
922 m4 14 18 13 VDD pm_hp l=0.116666u w=1.74521u ad=0.551512p as=0.486912p pd=2.405u
924 m5 3 15 2 VSS nm_hp l=0.118166u w=1.16521u ad=0.196637p as=0.406062p pd=0.38u
926 m6 4 15 3 VSS nm_hp l=0.118166u w=1.16521u ad=0.329962p as=0.196637p pd=0.905u
928 m7 5 16 4 VSS nm_hp l=0.118166u w=1.16521u ad=0.246987p as=0.329962p pd=0.43u
930 m8 6 17 5 VSS nm_hp l=0.118166u w=1.16521u ad=0.165062p as=0.246987p pd=0.285u
932 m9 7 18 6 VSS nm_hp l=0.118166u w=1.16521u ad=0.674062p as=0.165062p pd=2.355u
951 r25 55 15 14 $[mpolyc]
952 r26 C 16 14 $[mpolyc]
953 r27 B 17 14 $[mpolyc]
954 r28 A 18 14 $[mpolyc]
956 * lumped capacitances:
957 cp1 VDD VSS 0.683924f
963 cp7 10 VSS 0.0286857f
965 cp9 12 VSS 0.0430763f
966 cp10 13 VSS 0.0930873f
967 cp11 14 VSS 0.040152f
968 cp12 15 VSS 0.649459f
969 cp13 16 VSS 0.557927f
970 cp14 17 VSS 0.575231f
971 cp15 18 VSS 0.460976f
973 cp17 55 VSS 0.519969f
981 ** and3m4p.lpe extracted by xCalibre v9.1_1.1 **
983 ** Version: $LSILogic: and3m4p.iclib2,v 9.0.1.5 2002/06/25 06:53:39 tvarga Exp $
985 .SUBCKT AND3M4P Z A B C VDD VSS
988 m0 12 19 11 VDD pm_hp l=0.11669u w=1.72021u ad=0.2785p as=0.622512p pd=0.38u
990 m1 13 19 12 VDD pm_hp l=0.11669u w=1.72021u ad=0.357125p as=0.2785p pd=0.38u
992 m2 14 19 13 VDD pm_hp l=0.11669u w=1.72021u ad=0.2785p as=0.357125p pd=0.38u
994 m3 15 19 14 VDD pm_hp l=0.11669u w=1.72021u ad=0.357125p as=0.2785p pd=0.38u
996 m4 16 20 15 VDD pm_hp l=0.11669u w=1.72021u ad=0.3796p as=0.357125p pd=0.5u
998 m5 17 21 16 VDD pm_hp l=0.11669u w=1.72021u ad=0.357125p as=0.3796p pd=0.38u
1000 m6 18 22 17 VDD pm_hp l=0.11669u w=1.72021u ad=0.543887p as=0.357125p pd=2.38u
1002 m7 3 19 2 VSS nm_hp l=0.118201u w=1.13314u ad=0.19025p as=0.3966p pd=0.375u
1004 m8 4 19 3 VSS nm_hp l=0.118201u w=1.13314u ad=0.21785p as=0.19025p pd=0.375u
1006 m9 5 19 4 VSS nm_hp l=0.118201u w=1.13314u ad=0.191057p as=0.21785p pd=0.377155u
1008 m10 6 19 5 VSS nm_hp l=0.118252u w=1.13521u ad=0.329839p as=0.191406p
1009 + pd=0.954602u ps=0.377844u
1010 m11 7 20 6 VSS nm_hp l=0.118267u w=1.13021u ad=0.203875p as=0.328386p pd=0.365u
1012 m12 8 21 7 VSS nm_hp l=0.118267u w=1.13021u ad=0.190187p as=0.203875p pd=0.34u
1014 m13 9 22 8 VSS nm_hp l=0.118267u w=1.13021u ad=0.489862p as=0.190187p pd=2.02u
1026 r22 VDD 11 40 $[mpc]
1027 r23 VDD 11 40 $[mpc]
1029 r25 VDD 13 40 $[mpc]
1030 r26 VDD 13 40 $[mpc]
1032 r28 VDD 15 40 $[mpc]
1033 r29 VDD 15 40 $[mpc]
1035 r31 VDD 17 40 $[mpc]
1036 r32 VDD 17 40 $[mpc]
1038 r34 68 19 14 $[mpolyc]
1039 r35 C 20 14 $[mpolyc]
1040 r36 B 21 14 $[mpolyc]
1041 r37 A 22 14 $[mpolyc]
1043 * lumped capacitances:
1044 cp1 VDD VSS 0.860845f
1045 cp2 2 VSS 0.0647564f
1047 cp4 4 VSS 0.0595684f
1048 cp5 5 VSS 0.0313281f
1049 cp6 6 VSS 0.0485204f
1050 cp7 9 VSS 0.0368949f
1051 cp8 11 VSS 0.0669228f
1052 cp9 12 VSS 0.0348794f
1053 cp10 13 VSS 0.0546883f
1054 cp11 14 VSS 0.0283784f
1055 cp12 15 VSS 0.0754251f
1056 cp13 16 VSS 0.0382087f
1057 cp14 17 VSS 0.0836821f
1058 cp15 18 VSS 0.0400116f
1059 cp16 19 VSS 1.03962f
1060 cp17 20 VSS 0.579237f
1061 cp18 21 VSS 0.58947f
1062 cp19 22 VSS 0.456138f
1064 cp21 68 VSS 0.51157f
1065 cp22 C VSS 0.122544f
1066 cp23 B VSS 0.144857f
1067 cp24 A VSS 0.116581f
1072 ** and3m8p.lpe extracted by xCalibre v9.1_1.1 **
1074 ** Version: $LSILogic: and3m8p.iclib2,v 9.0.1.4 2002/06/20 18:52:35 kensz Exp $
1076 .SUBCKT AND3M8P Z A B C VDD VSS
1079 m0 19 33 18 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.632262p pd=0.38u
1081 m1 20 33 19 VDD pm_hp l=0.116666u w=1.74521u ad=0.350112p as=0.282187p pd=0.365u
1083 m2 21 33 20 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.350112p pd=0.38u
1085 m3 22 33 21 VDD pm_hp l=0.116666u w=1.74521u ad=0.350112p as=0.282187p pd=0.365u
1087 m4 23 33 22 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.350112p pd=0.38u
1089 m5 24 33 23 VDD pm_hp l=0.116666u w=1.74521u ad=0.332687p as=0.282187p pd=0.365u
1091 m6 25 34 24 VDD pm_hp l=0.116666u w=1.74521u ad=0.315218p as=0.332687p
1092 + pd=0.377724u ps=0.365u
1093 m7 26 35 25 VDD pm_hp l=0.116631u w=1.74314u ad=0.325763p as=0.314844p
1094 + pd=0.377276u ps=0.377276u
1095 m8 27 36 26 VDD pm_hp l=0.116666u w=1.74521u ad=0.317037p as=0.32615p pd=0.38u
1097 m9 28 36 27 VDD pm_hp l=0.116666u w=1.74521u ad=0.328087p as=0.317037p pd=0.38u
1099 m10 29 37 28 VDD pm_hp l=0.116666u w=1.74521u ad=0.317037p as=0.328087p pd=0.38u
1101 m11 30 38 29 VDD pm_hp l=0.116666u w=1.74521u ad=0.332687p as=0.317037p
1102 + pd=0.365u ps=0.38u
1103 m12 31 39 30 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.332687p pd=0.38u
1105 m13 32 39 31 VDD pm_hp l=0.116666u w=1.74521u ad=0.632262p as=0.282187p
1106 + pd=2.405u ps=0.38u
1107 m14 3 33 2 VSS nm_hp l=0.11818u w=1.16021u ad=0.1959p as=0.404112p pd=0.38u
1109 m15 4 33 3 VSS nm_hp l=0.11818u w=1.16021u ad=0.226925p as=0.1959p pd=0.38u
1111 m16 5 33 4 VSS nm_hp l=0.11818u w=1.16021u ad=0.1959p as=0.226925p pd=0.38u
1113 m17 6 33 5 VSS nm_hp l=0.11818u w=1.16021u ad=0.226925p as=0.1959p pd=0.38u
1115 m18 7 33 6 VSS nm_hp l=0.11818u w=1.16021u ad=0.1959p as=0.226925p pd=0.38u
1117 m19 8 33 7 VSS nm_hp l=0.11818u w=1.16021u ad=0.323862p as=0.1959p pd=0.84u
1119 m20 9 34 8 VSS nm_hp l=0.11818u w=1.16021u ad=0.167162p as=0.323862p pd=0.29u
1121 m21 10 35 9 VSS nm_hp l=0.11818u w=1.16021u ad=0.1756p as=0.167162p pd=0.305u
1123 m22 11 36 10 VSS nm_hp l=0.11818u w=1.16021u ad=0.1959p as=0.1756p pd=0.38u
1125 m23 12 36 11 VSS nm_hp l=0.11818u w=1.16021u ad=0.2206p as=0.1959p pd=0.385u
1127 m24 13 37 12 VSS nm_hp l=0.11818u w=1.16021u ad=0.14185p as=0.2206p pd=0.245u
1129 m25 14 38 13 VSS nm_hp l=0.11818u w=1.16021u ad=0.357612p as=0.14185p pd=0.9u
1131 m26 15 39 14 VSS nm_hp l=0.11818u w=1.16021u ad=0.1959p as=0.357612p pd=0.38u
1133 m27 16 39 15 VSS nm_hp l=0.11818u w=1.16021u ad=0.404112p as=0.1959p pd=1.82u
1148 r39 124 11 40 $[mnc]
1149 r40 VSS 14 40 $[mnc]
1150 r41 VSS 14 40 $[mnc]
1152 r43 VSS 16 40 $[mnc]
1153 r44 VSS 16 40 $[mnc]
1154 r45 VDD 18 40 $[mpc]
1155 r46 VDD 18 40 $[mpc]
1157 r48 VDD 20 40 $[mpc]
1158 r49 VDD 20 40 $[mpc]
1160 r51 VDD 22 40 $[mpc]
1161 r52 VDD 22 40 $[mpc]
1163 r54 VDD 24 40 $[mpc]
1164 r55 VDD 24 40 $[mpc]
1165 r56 124 25 40 $[mpc]
1166 r57 VDD 26 40 $[mpc]
1167 r58 VDD 26 40 $[mpc]
1168 r59 124 27 40 $[mpc]
1169 r60 VDD 28 40 $[mpc]
1170 r61 VDD 28 40 $[mpc]
1171 r62 124 29 40 $[mpc]
1172 r63 VDD 30 40 $[mpc]
1173 r64 VDD 30 40 $[mpc]
1175 r66 VDD 32 40 $[mpc]
1176 r67 VDD 32 40 $[mpc]
1177 r68 124 33 14 $[mpolyc]
1178 r69 C 34 14 $[mpolyc]
1179 r70 B 35 14 $[mpolyc]
1180 r71 A 36 14 $[mpolyc]
1181 r72 B 37 14 $[mpolyc]
1182 r73 C 38 14 $[mpolyc]
1183 r74 124 39 14 $[mpolyc]
1185 * lumped capacitances:
1186 cp1 VDD VSS 1.56329f
1188 cp3 3 VSS 0.0329567f
1190 cp5 5 VSS 0.0311139f
1191 cp6 6 VSS 0.0589038f
1192 cp7 7 VSS 0.0343163f
1193 cp8 8 VSS 0.0845744f
1194 cp9 9 VSS 0.0313892f
1195 cp10 10 VSS 0.0295062f
1196 cp11 11 VSS 0.0355657f
1197 cp12 12 VSS 0.0272432f
1198 cp13 13 VSS 0.0374993f
1199 cp14 14 VSS 0.0743539f
1200 cp15 15 VSS 0.040173f
1201 cp16 16 VSS 0.0772047f
1202 cp17 18 VSS 0.0669662f
1203 cp18 19 VSS 0.0343023f
1204 cp19 20 VSS 0.0537532f
1205 cp20 21 VSS 0.0292001f
1206 cp21 22 VSS 0.0537718f
1207 cp22 23 VSS 0.02742f
1208 cp23 24 VSS 0.0961625f
1209 cp24 25 VSS 0.0541043f
1210 cp25 26 VSS 0.0806768f
1211 cp26 27 VSS 0.0474487f
1212 cp27 28 VSS 0.0809222f
1213 cp28 29 VSS 0.0503317f
1214 cp29 30 VSS 0.0980707f
1215 cp30 31 VSS 0.031499f
1216 cp31 32 VSS 0.0712853f
1218 cp33 34 VSS 0.702386f
1219 cp34 35 VSS 0.71486f
1220 cp35 36 VSS 0.956247f
1221 cp36 37 VSS 0.736203f
1222 cp37 38 VSS 0.695164f
1223 cp38 39 VSS 0.722612f
1225 cp40 124 VSS 1.26666f
1226 cp41 C VSS 0.572138f
1227 cp42 B VSS 0.269761f
1228 cp43 A VSS 0.135527f
1233 ** and4m05p.lpe extracted by xCalibre v9.1_1.1 **
1235 ** Version: $LSILogic: and4m05p.iclib2,v 9.0.1.6 2002/07/18 14:39:13 rchiang Exp $
1237 .SUBCKT AND4M05P Z A B C D VDD VSS
1240 m0 10 15 9 VDD pm_hp l=0.117328u w=1.09278u ad=0.200462p as=0.395712p pd=0.395u
1242 m1 11 16 10 VDD pm_hp l=0.117328u w=1.09278u ad=0.219162p as=0.200462p pd=0.395u
1244 m2 12 17 11 VDD pm_hp l=0.117328u w=1.09278u ad=0.200462p as=0.219162p pd=0.395u
1246 m3 13 18 12 VDD pm_hp l=0.117328u w=1.09278u ad=0.244587p as=0.200462p
1247 + pd=0.48183u ps=0.395u
1248 m4 14 19 13 VDD pm_hp l=0.117479u w=1.02778u ad=0.420562p as=0.230038p pd=1.86u
1250 m5 3 15 2 VSS nm_hp l=0.119204u w=0.717426u ad=0.112125p as=0.330525p pd=0.32u
1252 m6 4 16 3 VSS nm_hp l=0.119204u w=0.717426u ad=0.113737p as=0.112125p pd=0.325u
1254 m7 5 17 4 VSS nm_hp l=0.119204u w=0.717426u ad=0.0958125p as=0.113737p pd=0.275u
1256 m8 6 18 5 VSS nm_hp l=0.119204u w=0.717426u ad=0.367823p as=0.0958125p
1257 + pd=1.58982u ps=0.275u
1258 m9 7 19 6 VSS nm_hp l=0.120619u w=0.670208u ad=0.223637p as=0.343614p pd=1.33u
1268 r16 VDD 11 40 $[mpc]
1269 r17 VDD 11 40 $[mpc]
1271 r19 VDD 13 40 $[mpc]
1272 r20 VDD 13 40 $[mpc]
1274 r22 A 15 14 $[mpolyc]
1275 r23 B 16 14 $[mpolyc]
1276 r24 C 17 14 $[mpolyc]
1277 r25 D 18 14 $[mpolyc]
1278 r26 53 19 14 $[mpolyc]
1280 * lumped capacitances:
1281 cp1 VDD VSS 0.755985f
1282 cp2 2 VSS 0.0370352f
1283 cp3 4 VSS 0.00742427f
1284 cp4 5 VSS 0.00382252f
1285 cp5 6 VSS 0.0534347f
1286 cp6 7 VSS 0.0397901f
1287 cp7 9 VSS 0.0872681f
1288 cp8 10 VSS 0.0304373f
1289 cp9 11 VSS 0.0684828f
1290 cp10 12 VSS 0.0314364f
1291 cp11 13 VSS 0.0816418f
1292 cp12 14 VSS 0.0317797f
1293 cp13 15 VSS 0.372691f
1294 cp14 16 VSS 0.498733f
1295 cp15 17 VSS 0.531127f
1296 cp16 18 VSS 0.519558f
1297 cp17 19 VSS 0.423686f
1298 cp18 53 VSS 0.689956f
1299 cp19 A VSS 0.129825f
1300 cp20 B VSS 0.129243f
1301 cp21 C VSS 0.0974697f
1302 cp22 D VSS 0.122331f
1303 cp23 Z VSS 0.241547f
1308 ** and4m1p.lpe extracted by xCalibre v9.1_1.1 **
1310 ** Version: $LSILogic: and4m1p.iclib2,v 9.0.1.4 2002/06/20 18:49:38 kensz Exp $
1312 .SUBCKT AND4M1P Z A B C D VDD VSS
1315 m0 10 15 9 VDD pm_hp l=0.117032u w=1.43521u ad=0.236462p as=0.511362p pd=0.38u
1317 m1 11 16 10 VDD pm_hp l=0.117032u w=1.43521u ad=0.290862p as=0.236462p pd=0.38u
1319 m2 12 17 11 VDD pm_hp l=0.117032u w=1.43521u ad=0.281962p as=0.290862p pd=0.445u
1321 m3 13 18 12 VDD pm_hp l=0.117032u w=1.43521u ad=0.332148p as=0.281962p
1322 + pd=0.502483u ps=0.445u
1323 m4 14 19 13 VDD pm_hp l=0.116675u w=1.73521u ad=0.658962p as=0.401577p pd=2.525u
1325 m5 3 15 2 VSS nm_hp l=0.118972u w=0.935208u ad=0.14375p as=0.380962p pd=0.31u
1327 m6 4 16 3 VSS nm_hp l=0.118972u w=0.935208u ad=0.137162p as=0.14375p pd=0.31u
1329 m7 5 17 4 VSS nm_hp l=0.118972u w=0.935208u ad=0.129937p as=0.137162p pd=0.31u
1331 m8 6 18 5 VSS nm_hp l=0.118972u w=0.935208u ad=0.353809p as=0.129937p
1332 + pd=1.05134u ps=0.31u
1333 m9 7 19 6 VSS nm_hp l=0.118194u w=1.15521u ad=0.371562p as=0.43704p pd=1.815u
1344 r17 VDD 11 40 $[mpc]
1345 r18 VDD 11 40 $[mpc]
1347 r20 VDD 13 40 $[mpc]
1348 r21 VDD 13 40 $[mpc]
1350 r23 A 15 14 $[mpolyc]
1351 r24 B 16 14 $[mpolyc]
1352 r25 C 17 14 $[mpolyc]
1353 r26 D 18 14 $[mpolyc]
1354 r27 54 19 14 $[mpolyc]
1356 * lumped capacitances:
1357 cp1 VDD VSS 0.668808f
1358 cp2 2 VSS 0.0288445f
1359 cp3 4 VSS 0.00425421f
1360 cp4 5 VSS 0.00736845f
1361 cp5 6 VSS 0.0535487f
1362 cp6 7 VSS 0.0418897f
1363 cp7 9 VSS 0.0836126f
1364 cp8 10 VSS 0.0309527f
1365 cp9 11 VSS 0.0761958f
1366 cp10 12 VSS 0.037819f
1367 cp11 13 VSS 0.0868835f
1368 cp12 14 VSS 0.031722f
1369 cp13 15 VSS 0.420047f
1370 cp14 16 VSS 0.577185f
1371 cp15 17 VSS 0.564959f
1372 cp16 18 VSS 0.533858f
1373 cp17 19 VSS 0.469582f
1374 cp18 54 VSS 0.656012f
1375 cp19 A VSS 0.125542f
1376 cp20 B VSS 0.131007f
1377 cp21 C VSS 0.0967615f
1378 cp22 D VSS 0.128138f
1379 cp23 Z VSS 0.229475f
1384 ** and4m2p.lpe extracted by xCalibre v9.1_1.1 **
1386 ** Version: $LSILogic: and4m2p.iclib2,v 9.0.1.4 2002/06/20 19:29:06 kensz Exp $
1388 .SUBCKT AND4M2P Z A B C D VDD VSS
1391 m0 11 17 10 VDD pm_hp l=0.116656u w=1.75521u ad=0.283662p as=0.636162p pd=0.38u
1393 m1 12 17 11 VDD pm_hp l=0.116656u w=1.75521u ad=0.364837p as=0.283662p pd=0.38u
1395 m2 13 18 12 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.364837p pd=0.38u
1397 m3 14 19 13 VDD pm_hp l=0.116656u w=1.75521u ad=0.364412p as=0.284512p pd=0.38u
1399 m4 15 20 14 VDD pm_hp l=0.116656u w=1.75521u ad=0.460812p as=0.364412p pd=0.585u
1401 m5 16 21 15 VDD pm_hp l=0.116656u w=1.75521u ad=0.635312p as=0.460812p pd=2.415u
1403 m6 3 17 2 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.408012p pd=0.38u
1405 m7 4 17 3 VSS nm_hp l=0.118152u w=1.17021u ad=0.326575p as=0.197375p pd=0.915u
1407 m8 5 18 4 VSS nm_hp l=0.118152u w=1.17021u ad=0.2282p as=0.326575p pd=0.395u
1409 m9 6 19 5 VSS nm_hp l=0.118152u w=1.17021u ad=0.191312p as=0.2282p pd=0.33u
1411 m10 7 20 6 VSS nm_hp l=0.118152u w=1.17021u ad=0.316162p as=0.191312p pd=0.55u
1413 m11 8 21 7 VSS nm_hp l=0.118152u w=1.17021u ad=0.376137p as=0.316162p pd=1.83u
1423 r18 VDD 10 40 $[mpc]
1424 r19 VDD 10 40 $[mpc]
1426 r21 VDD 12 40 $[mpc]
1427 r22 VDD 12 40 $[mpc]
1429 r24 VDD 14 40 $[mpc]
1430 r25 VDD 14 40 $[mpc]
1432 r27 VDD 16 40 $[mpc]
1433 r28 VDD 16 40 $[mpc]
1434 r29 63 17 14 $[mpolyc]
1435 r30 D 18 14 $[mpolyc]
1436 r31 C 19 14 $[mpolyc]
1437 r32 B 20 14 $[mpolyc]
1438 r33 A 21 14 $[mpolyc]
1440 * lumped capacitances:
1441 cp1 VDD VSS 0.805408f
1442 cp2 2 VSS 0.0744319f
1443 cp3 3 VSS 0.0381096f
1444 cp4 4 VSS 0.0484689f
1445 cp5 8 VSS 0.0295542f
1446 cp6 10 VSS 0.0668804f
1447 cp7 11 VSS 0.031473f
1448 cp8 12 VSS 0.0539689f
1449 cp9 13 VSS 0.0374769f
1450 cp10 14 VSS 0.0712234f
1451 cp11 15 VSS 0.0449856f
1452 cp12 16 VSS 0.0934304f
1453 cp13 17 VSS 0.634257f
1454 cp14 18 VSS 0.612393f
1455 cp15 19 VSS 0.611031f
1456 cp16 20 VSS 0.561056f
1457 cp17 21 VSS 0.380966f
1458 cp18 Z VSS 0.218002f
1459 cp19 63 VSS 0.610683f
1460 cp20 D VSS 0.123016f
1461 cp21 C VSS 0.139425f
1462 cp22 B VSS 0.108584f
1463 cp23 A VSS 0.129863f
1468 ** and4m4p.lpe extracted by xCalibre v9.1_1.1 **
1470 ** Version: $LSILogic: and4m4p.iclib2,v 9.0.1.5 2002/06/20 18:50:40 kensz Exp $
1472 .SUBCKT AND4M4P Z A B C D VDD VSS
1475 m0 13 21 12 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.635312p pd=0.38u
1477 m1 14 21 13 VDD pm_hp l=0.116656u w=1.75521u ad=0.364412p as=0.284512p pd=0.38u
1479 m2 15 21 14 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.364412p pd=0.38u
1481 m3 16 21 15 VDD pm_hp l=0.116656u w=1.75521u ad=0.364412p as=0.284512p pd=0.38u
1483 m4 17 22 16 VDD pm_hp l=0.116656u w=1.75521u ad=0.284512p as=0.364412p pd=0.38u
1485 m5 18 23 17 VDD pm_hp l=0.116656u w=1.75521u ad=0.364412p as=0.284512p pd=0.38u
1487 m6 19 24 18 VDD pm_hp l=0.116656u w=1.75521u ad=0.314612p as=0.364412p pd=0.415u
1489 m7 20 25 19 VDD pm_hp l=0.116656u w=1.75521u ad=0.635312p as=0.314612p pd=2.415u
1491 m8 3 21 2 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.408012p pd=0.38u
1493 m9 4 21 3 VSS nm_hp l=0.118152u w=1.17021u ad=0.22925p as=0.197375p pd=0.38u
1495 m10 5 21 4 VSS nm_hp l=0.118152u w=1.17021u ad=0.197375p as=0.22925p pd=0.38u
1497 m11 6 21 5 VSS nm_hp l=0.118152u w=1.17021u ad=0.322087p as=0.197375p pd=0.9u
1499 m12 7 22 6 VSS nm_hp l=0.118152u w=1.17021u ad=0.1374p as=0.322087p pd=0.235u
1501 m13 8 23 7 VSS nm_hp l=0.118152u w=1.17021u ad=0.28495p as=0.1374p pd=0.495u
1503 m14 9 24 8 VSS nm_hp l=0.118152u w=1.17021u ad=0.219687p as=0.28495p pd=0.38u
1505 m15 10 25 9 VSS nm_hp l=0.118152u w=1.17021u ad=0.376137p as=0.219687p pd=1.83u
1518 r25 VDD 12 40 $[mpc]
1519 r26 VDD 12 40 $[mpc]
1521 r28 VDD 14 40 $[mpc]
1522 r29 VDD 14 40 $[mpc]
1524 r31 VDD 16 40 $[mpc]
1525 r32 VDD 16 40 $[mpc]
1527 r34 VDD 18 40 $[mpc]
1528 r35 VDD 18 40 $[mpc]
1530 r37 VDD 20 40 $[mpc]
1531 r38 VDD 20 40 $[mpc]
1532 r39 77 21 14 $[mpolyc]
1533 r40 D 22 14 $[mpolyc]
1534 r41 C 23 14 $[mpolyc]
1535 r42 B 24 14 $[mpolyc]
1536 r43 A 25 14 $[mpolyc]
1538 * lumped capacitances:
1539 cp1 VDD VSS 0.976713f
1540 cp2 2 VSS 0.0669337f
1541 cp3 3 VSS 0.0399503f
1542 cp4 4 VSS 0.0728176f
1543 cp5 5 VSS 0.0326792f
1544 cp6 6 VSS 0.0483475f
1545 cp7 10 VSS 0.0296893f
1546 cp8 12 VSS 0.0669337f
1547 cp9 13 VSS 0.0426534f
1548 cp10 14 VSS 0.0697763f
1549 cp11 15 VSS 0.0259259f
1550 cp12 16 VSS 0.0741454f
1551 cp13 17 VSS 0.0296032f
1552 cp14 18 VSS 0.0731667f
1553 cp15 19 VSS 0.0321976f
1554 cp16 20 VSS 0.0917249f
1555 cp17 21 VSS 1.04403f
1556 cp18 22 VSS 0.671622f
1557 cp19 23 VSS 0.660961f
1558 cp20 24 VSS 0.596943f
1559 cp21 25 VSS 0.452201f
1560 cp22 Z VSS 0.481297f
1561 cp23 77 VSS 0.70876f
1562 cp24 D VSS 0.103867f
1563 cp25 C VSS 0.129789f
1564 cp26 B VSS 0.102416f
1565 cp27 A VSS 0.133726f
1570 ** and4m8p.lpe extracted by xCalibre v9.1_1.1 **
1572 ** Version: $LSILogic: and4m8p.iclib2,v 9.0.1.4 2002/06/20 18:50:20 kensz Exp $
1574 .SUBCKT AND4M8P Z A B C D VDD VSS
1577 m0 22 39 21 VDD pm_hp l=0.116481u w=1.96021u ad=0.39465p as=0.654612p pd=0.38u
1579 m1 23 39 22 VDD pm_hp l=0.116481u w=1.96021u ad=0.332175p as=0.39465p pd=0.38u
1581 m2 24 40 23 VDD pm_hp l=0.116481u w=1.96021u ad=0.39465p as=0.332175p pd=0.38u
1583 m3 25 40 24 VDD pm_hp l=0.116481u w=1.96021u ad=0.635362p as=0.39465p pd=2.62u
1585 m4 27 41 26 VDD pm_hp l=0.116666u w=1.74521u ad=0.585712p as=0.632262p pd=0.735u
1587 m5 28 42 27 VDD pm_hp l=0.116666u w=1.74521u ad=0.362937p as=0.585712p pd=0.38u
1589 m6 29 42 28 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.362937p pd=0.38u
1591 m7 30 43 29 VDD pm_hp l=0.116666u w=1.74521u ad=0.362937p as=0.282187p pd=0.38u
1593 m8 31 44 30 VDD pm_hp l=0.116666u w=1.74521u ad=0.329212p as=0.362937p pd=0.435u
1595 m9 32 44 31 VDD pm_hp l=0.116666u w=1.74521u ad=0.362937p as=0.329212p pd=0.38u
1597 m10 33 44 32 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.362937p pd=0.38u
1599 m11 34 45 33 VDD pm_hp l=0.116666u w=1.74521u ad=0.362937p as=0.282187p pd=0.38u
1601 m12 35 45 34 VDD pm_hp l=0.116666u w=1.74521u ad=0.333487p as=0.362937p pd=0.44u
1603 m13 36 45 35 VDD pm_hp l=0.116666u w=1.74521u ad=0.362937p as=0.333487p pd=0.38u
1605 m14 37 46 36 VDD pm_hp l=0.116666u w=1.74521u ad=0.282187p as=0.362937p pd=0.38u
1607 m15 38 46 37 VDD pm_hp l=0.116666u w=1.74521u ad=0.632262p as=0.282187p
1608 + pd=2.405u ps=0.38u
1609 m16 3 39 2 VSS nm_hp l=0.117796u w=1.31521u ad=0.311262p as=0.573362p pd=0.49u
1611 m17 4 39 3 VSS nm_hp l=0.117796u w=1.31521u ad=0.241272p as=0.311262p
1612 + pd=0.411295u ps=0.49u
1613 m18 5 40 4 VSS nm_hp l=0.117616u w=1.30692u ad=0.262162p as=0.239753p pd=0.385u
1615 m19 6 40 5 VSS nm_hp l=0.117616u w=1.30692u ad=0.438262p as=0.262162p pd=1.995u
1617 m20 8 41 7 VSS nm_hp l=0.118209u w=1.15021u ad=0.194061p as=0.604862p
1618 + pd=0.376355u ps=2.86u
1619 m21 9 42 8 VSS nm_hp l=0.118004u w=1.14192u ad=0.225037p as=0.192664p pd=0.385u
1621 m22 10 42 9 VSS nm_hp l=0.118004u w=1.14192u ad=0.264877p as=0.225037p
1622 + pd=0.503175u ps=0.385u
1623 m23 11 43 10 VSS nm_hp l=0.118209u w=1.15021u ad=0.241325p as=0.266798p pd=0.41u
1625 m24 12 44 11 VSS nm_hp l=0.118209u w=1.15021u ad=0.194425p as=0.241325p pd=0.38u
1627 m25 13 44 12 VSS nm_hp l=0.118209u w=1.15021u ad=0.2246p as=0.194425p pd=0.38u
1629 m26 14 44 13 VSS nm_hp l=0.118209u w=1.15021u ad=0.194425p as=0.2246p pd=0.38u
1631 m27 15 45 14 VSS nm_hp l=0.118209u w=1.15021u ad=0.2246p as=0.194425p pd=0.38u
1633 m28 16 45 15 VSS nm_hp l=0.118209u w=1.15021u ad=0.21115p as=0.2246p pd=0.41u
1635 m29 17 45 16 VSS nm_hp l=0.118209u w=1.15021u ad=0.2246p as=0.21115p pd=0.38u
1637 m30 18 46 17 VSS nm_hp l=0.118209u w=1.15021u ad=0.194425p as=0.2246p pd=0.38u
1639 m31 19 46 18 VSS nm_hp l=0.118209u w=1.15021u ad=0.400212p as=0.194425p pd=1.81u
1652 r41 157 10 40 $[mnc]
1653 r42 VSS 11 40 $[mnc]
1654 r43 VSS 11 40 $[mnc]
1656 r45 VSS 13 40 $[mnc]
1657 r46 VSS 13 40 $[mnc]
1659 r48 VSS 15 40 $[mnc]
1660 r49 VSS 15 40 $[mnc]
1662 r51 VSS 17 40 $[mnc]
1663 r52 VSS 17 40 $[mnc]
1665 r54 VSS 19 40 $[mnc]
1666 r55 151 21 40 $[mpc]
1667 r56 VDD 22 40 $[mpc]
1668 r57 VDD 22 40 $[mpc]
1669 r58 151 23 40 $[mpc]
1670 r59 VDD 24 40 $[mpc]
1671 r60 VDD 24 40 $[mpc]
1672 r61 151 25 40 $[mpc]
1673 r62 VDD 26 40 $[mpc]
1674 r63 VDD 26 40 $[mpc]
1675 r64 151 27 40 $[mpc]
1676 r65 VDD 28 40 $[mpc]
1677 r66 VDD 28 40 $[mpc]
1678 r67 151 29 40 $[mpc]
1679 r68 VDD 30 40 $[mpc]
1680 r69 VDD 30 40 $[mpc]
1682 r71 VDD 32 40 $[mpc]
1683 r72 VDD 32 40 $[mpc]
1685 r74 VDD 34 40 $[mpc]
1686 r75 VDD 34 40 $[mpc]
1688 r77 VDD 36 40 $[mpc]
1689 r78 VDD 36 40 $[mpc]
1691 r80 VDD 38 40 $[mpc]
1692 r81 VDD 38 40 $[mpc]
1693 r82 A 39 14 $[mpolyc]
1694 r83 B 40 14 $[mpolyc]
1695 r84 D 41 14 $[mpolyc]
1696 r85 C 42 14 $[mpolyc]
1697 r86 D 43 14 $[mpolyc]
1698 r87 151 44 14 $[mpolyc]
1699 r88 151 45 14 $[mpolyc]
1700 r89 151 46 14 $[mpolyc]
1702 * lumped capacitances:
1703 cp1 VDD VSS 1.88539f
1704 cp2 2 VSS 0.0733921f
1705 cp3 3 VSS 0.0517399f
1706 cp4 4 VSS 0.0595972f
1707 cp5 5 VSS 0.0403998f
1708 cp6 6 VSS 0.0411972f
1709 cp7 7 VSS 0.0727517f
1710 cp8 8 VSS 0.0360192f
1711 cp9 9 VSS 0.0387512f
1712 cp10 10 VSS 0.0267839f
1713 cp11 11 VSS 0.0602358f
1714 cp12 12 VSS 0.0316335f
1715 cp13 13 VSS 0.0654892f
1716 cp14 14 VSS 0.0334395f
1717 cp15 15 VSS 0.0682219f
1718 cp16 16 VSS 0.0355611f
1719 cp17 17 VSS 0.0650075f
1720 cp18 18 VSS 0.036368f
1721 cp19 19 VSS 0.0690729f
1722 cp20 21 VSS 0.0413738f
1723 cp21 22 VSS 0.0846182f
1724 cp22 23 VSS 0.0502937f
1725 cp23 24 VSS 0.0756185f
1726 cp24 25 VSS 0.0362481f
1727 cp25 26 VSS 0.0774668f
1728 cp26 27 VSS 0.0627529f
1729 cp27 28 VSS 0.0728926f
1730 cp28 29 VSS 0.034799f
1731 cp29 30 VSS 0.0750678f
1732 cp30 31 VSS 0.0310642f
1733 cp31 32 VSS 0.0710903f
1734 cp32 33 VSS 0.0312666f
1735 cp33 34 VSS 0.0711433f
1736 cp34 35 VSS 0.0351933f
1737 cp35 36 VSS 0.0703017f
1738 cp36 37 VSS 0.0367407f
1739 cp37 38 VSS 0.0712393f
1740 cp38 39 VSS 0.714853f
1741 cp39 40 VSS 0.715523f
1742 cp40 41 VSS 0.470212f
1743 cp41 42 VSS 0.769196f
1744 cp42 43 VSS 0.580036f
1745 cp43 44 VSS 1.04419f
1746 cp44 45 VSS 1.06122f
1747 cp45 46 VSS 0.703884f
1748 cp46 151 VSS 1.43567f
1749 cp47 152 VSS 0.454536f
1750 cp48 A VSS 0.123952f
1751 cp49 154 VSS 0.35775f
1752 cp50 B VSS 0.106251f
1753 cp51 D VSS 0.379062f
1754 cp52 157 VSS 0.224034f
1755 cp53 C VSS 0.133522f