fxdevs.dml

利用CANDANCE软件做的一个板级信号完整性分析的例子

    (maximum 100 ) 
    (minimum 10 ) 
    (typical 50 ) ) ) 
  (PCICDINP 
   (GroundClamp 
    (ImpedanceClass 
     (High minimum ) 
     (Low maximum ) 
     (Typical typical ) ) 
    (ReferenceVoltage 
     (maximum 0 ) 
     (minimum 0 ) 
     (typical 0 ) ) 
    (VICurve "
	-5	-0.266	-0.266	-0.266
	-2.5	-0.1	-0.1	-0.1
	-1	-0.025	-0.025	-0.025
	-0.9	-0.015	-0.015	-0.015
	-0.8	-0.005	-0.005	-0.005
	-0.7	-0.001	-0.001	-0.001
	-0.6	-5e-05	-5e-05	-5e-05
	-0.5	-5e-06	-5e-06	-5e-06
	-0.4	-1e-07	-1e-07	-1e-07
	-0.3	-5e-08	-5e-08	-5e-08
	-0.2	0	0	0
	-0.1	0	0	0
	0	0	0	0
	5	0	0	0
" ) ) 
   (LogicThresholds 
    (Input 
     (High 
      (typical 1.5 ) 
      (minimum 1.5 ) 
      (maximum 1.5 ) ) 
     (Low 
      (typical 1.5 ) 
      (minimum 1.5 ) 
      (maximum 1.5 ) ) ) ) 
   (Model 
    (C_comp 
     (maximum 7e-12 ) 
     (minimum 2.8e-12 ) 
     (typical 4.9e-12 ) ) 
    (ModelType Input ) ) 
   (VIReferenceTemperature 
    (maximum 100 ) 
    (minimum 10 ) 
    (typical 50 ) ) ) 
  (PIIXB04040A0S2EZZDBF 
   (GroundClamp 
    (ImpedanceClass 
     (High minimum ) 
     (Low maximum ) 
     (Typical typical ) ) 
    (ReferenceVoltage 
     (maximum 0 ) 
     (minimum 0 ) 
     (typical 0 ) ) 
    (VICurve "
	-5	-0.97992	-0.94623	-1.01
	-4.95	-0.96846	-0.93536	-1
	-4.9	-0.957	-0.92448	-0.98829
	-4.85	-0.94554	-0.91361	-0.97624
	-4.8	-0.93408	-0.90274	-0.9642
	-4.75	-0.92263	-0.89187	-0.95215
	-4.7	-0.91117	-0.881	-0.9401
	-4.65	-0.89972	-0.87013	-0.92806
	-4.6	-0.88827	-0.85926	-0.91602
	-4.55	-0.87682	-0.8484	-0.90398
	-4.5	-0.86536	-0.83753	-0.89194
	-4.45	-0.85392	-0.82667	-0.87991
	-4.4	-0.84247	-0.81581	-0.86787
	-4.35	-0.83103	-0.80495	-0.85584
	-4.3	-0.81958	-0.79409	-0.8438
	-4.25	-0.80814	-0.78324	-0.83177
	-4.2	-0.7967	-0.77238	-0.81975
	-4.1	-0.77383	-0.75068	-0.7957
	-4.05	-0.7624	-0.73983	-0.78367
	-4	-0.75096	-0.72899	-0.77165
	-3.95	-0.73953	-0.71814	-0.75964
	-3.9	-0.7281	-0.7073	-0.74762
	-3.85	-0.71668	-0.69646	-0.7356
	-3.8	-0.70525	-0.68562	-0.72359
	-3.75	-0.69383	-0.67478	-0.71158
	-3.7	-0.68241	-0.66395	-0.69957
	-3.65	-0.671	-0.65311	-0.68757
	-3.6	-0.65958	-0.64228	-0.67557
	-3.5	-0.63676	-0.62063	-0.65157
	-3.45	-0.62535	-0.60981	-0.63957
	-3.4	-0.61394	-0.59899	-0.62758
	-3.35	-0.60254	-0.58817	-0.61559
	-3.3	-0.59114	-0.57735	-0.6036
	-3.25	-0.57975	-0.56654	-0.59162
	-3.2	-0.56835	-0.55573	-0.57964
	-3.15	-0.55696	-0.54493	-0.56766
	-3.1	-0.54557	-0.53412	-0.55569
	-3.05	-0.53419	-0.52332	-0.54372
	-3	-0.52281	-0.51252	-0.53175
	-2.95	-0.51143	-0.50173	-0.51978
	-2.9	-0.50005	-0.49094	-0.50782
	-2.85	-0.48869	-0.48016	-0.49587
	-2.8	-0.47732	-0.46937	-0.48391
	-2.7	-0.4546	-0.44782	-0.46002
	-2.65	-0.44325	-0.43705	-0.44808
	-2.6	-0.4319	-0.42628	-0.43615
	-2.55	-0.42056	-0.41553	-0.42422
	-2.5	-0.40921	-0.40477	-0.4123
	-2.45	-0.39788	-0.39402	-0.40038
	-2.4	-0.38655	-0.38328	-0.38847
	-2.35	-0.37524	-0.37254	-0.37656
	-2.3	-0.36392	-0.3618	-0.36466
	-2.25	-0.35262	-0.35108	-0.35277
	-2.2	-0.34131	-0.34036	-0.34088
	-2.15	-0.33002	-0.32965	-0.329
	-2.1	-0.31874	-0.31894	-0.31712
	-2.05	-0.30746	-0.30825	-0.30526
	-2	-0.29619	-0.29756	-0.2934
	-1.95	-0.28494	-0.28689	-0.28156
	-1.9	-0.27368	-0.27622	-0.26972
	-1.85	-0.26245	-0.26557	-0.25789
	-1.8	-0.25122	-0.25492	-0.24607
	-1.75	-0.24001	-0.24429	-0.23428
	-1.7	-0.22881	-0.23367	-0.22248
	-1.65	-0.21763	-0.22307	-0.21072
	-1.6	-0.20645	-0.21247	-0.19896
	-1.55	-0.19531	-0.20191	-0.18723
	-1.5	-0.18417	-0.19135	-0.17551
	-1.45	-0.17308	-0.18083	-0.16384
	-1.4	-0.16198	-0.17031	-0.15216
	-1.35	-0.15095	-0.15984	-0.14056
	-1.3	-0.13991	-0.14937	-0.12895
	-1.2	-0.118	-0.12856	-0.10591
	-1.15	-0.10715	-0.11825	-0.09453
	-1.1	-0.0963	-0.10793	-0.08314
	-1.05	-0.0856	-0.09774	-0.07196
	-1	-0.0749	-0.08755	-0.06079
	-0.95	-0.06446	-0.07753	-0.04998
	-0.9	-0.05401	-0.06752	-0.03918
	-0.85	-0.044	-0.05779	-0.02919
	-0.8	-0.034	-0.04806	-0.01921
	-0.75	-0.02497	-0.03884	-0.01177
	-0.7	-0.01594	-0.02962	-0.00432
	-0.65	-0.00964	-0.02151	-0.00231
	-0.6	-0.00335	-0.01339	-0.0003019
	-0.55	-0.00176	-0.00808	-0.00015707
	-0.5	-0.00017619	-0.00276	-1.224e-05
	-0.45	-9.236e-05	-0.00147	-6.52e-06
	-0.4	-8.52e-06	-0.00018796	-7.9225e-07
	-0.35	-4.69e-06	-9.961e-05	-4.5285e-07
	-0.3	-8.563e-07	-1.126e-05	-1.1346e-07
	-0.25	-5.9548e-07	-6.47e-06	-8.753e-08
	-0.2	-3.3466e-07	-1.67e-06	-6.161e-08
	-0.15	-2.9139e-07	-1.31e-06	-5.422e-08
	-0.1	-2.4813e-07	-9.4251e-07	-4.683e-08
	0	-1.9997e-07	-7.5815e-07	-3.645e-08
	5	0	0	0
" ) ) 
   (LogicThresholds 
    (Input 
     (High 
      (typical 2 ) 
      (minimum 2 ) 
      (maximum 2 ) ) 
     (Low 
      (typical 0.8 ) 
      (minimum 0.8 ) 
      (maximum 0.8 ) ) ) 
    (Output 
     (High 
      (typical 4.5 ) ) 
     (Low 
      (typical 0.1 ) ) ) ) 
   (Model 
    (C_comp 
     (maximum 7.64e-12 ) 
     (minimum 2.79e-12 ) 
     (typical 5.22e-12 ) ) 
    (ModelType IO ) ) 
   (PowerClamp 
    (ImpedanceClass 
     (High minimum ) 
     (Low maximum ) 
     (Typical typical ) ) 
    (ReferenceVoltage 
     (maximum 5.25 ) 
     (minimum 4.75 ) 
     (typical 5 ) ) 
    (VICurve "
	-5	0.30565	0.29558	0.3153
	-4.95	0.30212	0.29224	0.3116
	-4.9	0.2986	0.28889	0.30789
	-4.85	0.29507	0.28554	0.30418
	-4.8	0.29154	0.28219	0.30047
	-4.75	0.28802	0.27885	0.29677
	-4.7	0.28449	0.2755	0.29306
	-4.65	0.28096	0.27216	0.28935
	-4.6	0.27744	0.26881	0.28564
	-4.55	0.27391	0.26546	0.28194
	-4.5	0.27039	0.26212	0.27823
	-4.45	0.26686	0.25878	0.27453
	-4.4	0.26334	0.25543	0.27082
	-4.35	0.25982	0.25209	0.26712
	-4.3	0.25629	0.24874	0.26341
	-4.25	0.25277	0.2454	0.25971
	-4.2	0.24925	0.24206	0.256
	-4.15	0.24572	0.23872	0.2523
	-4.1	0.2422	0.23537	0.2486
	-4.05	0.23868	0.23203	0.2449
	-4	0.23516	0.22869	0.24119
	-3.95	0.23164	0.22535	0.23749
	-3.9	0.22812	0.22201	0.23379
	-3.85	0.2246	0.21867	0.23009
	-3.8	0.22108	0.21533	0.22639
	-3.75	0.21756	0.212	0.22269
	-3.7	0.21404	0.20866	0.21899
	-3.65	0.21053	0.20532	0.21529
	-3.6	0.20701	0.20199	0.21159
	-3.55	0.20349	0.19865	0.2079
	-3.5	0.19998	0.19531	0.2042
	-3.45	0.19646	0.19198	0.2005
	-3.4	0.19295	0.18865	0.19681
	-3.3	0.18592	0.18198	0.18942
	-3.25	0.18241	0.17865	0.18572
	-3.2	0.1789	0.17532	0.18203
	-3.15	0.17539	0.17199	0.17834
	-3.1	0.17188	0.16866	0.17465
	-3.05	0.16837	0.16533	0.17096
	-3	0.16486	0.162	0.16727
	-2.95	0.16135	0.15867	0.16358
	-2.9	0.15785	0.15535	0.15989
	-2.85	0.15434	0.15202	0.1562
	-2.8	0.15084	0.1487	0.15252
	-2.7	0.14383	0.14206	0.14515
	-2.65	0.14033	0.13874	0.14146
	-2.6	0.13683	0.13542	0.13778
	-2.55	0.13333	0.1321	0.1341
	-2.5	0.12984	0.12878	0.13042
	-2.45	0.12634	0.12547	0.12675
	-2.4	0.12285	0.12215	0.12307
	-2.35	0.11936	0.11884	0.11939
	-2.3	0.11586	0.11553	0.11572
	-2.25	0.11238	0.11222	0.11205
	-2.2	0.10889	0.10892	0.10838
	-2.1	0.10192	0.10231	0.10105
	-2.05	0.09844	0.09901	0.09739
	-2	0.09496	0.09571	0.09373
	-1.95	0.09149	0.09242	0.09007
	-1.9	0.08801	0.08912	0.08641
	-1.85	0.08454	0.08583	0.08276
	-1.8	0.08108	0.08255	0.07911
	-1.7	0.07415	0.07598	0.07183
	-1.65	0.0707	0.07271	0.06819
	-1.6	0.06725	0.06943	0.06456
	-1.55	0.06381	0.06617	0.06094
	-1.5	0.06036	0.06291	0.05731
	-1.45	0.05693	0.05965	0.05371
	-1.4	0.0535	0.0564	0.0501
	-1.35	0.05009	0.05316	0.04651
	-1.3	0.04668	0.04992	0.04292
	-1.25	0.04328	0.0467	0.03935
	-1.2	0.03989	0.04348	0.03578
	-1.15	0.03652	0.04028	0.03225
	-1.1	0.03316	0.03708	0.02871
	-1.05	0.02983	0.03391	0.02523
	-1	0.0265	0.03075	0.02175
	-0.95	0.02323	0.02762	0.01835
	-0.9	0.01996	0.0245	0.01496
	-0.85	0.01679	0.02144	0.01173
	-0.8	0.01362	0.01838	0.00851
	-0.75	0.01064	0.01543	0.00572
	-0.7	0.00766	0.01247	0.00294
	-0.65	0.00516	0.00973	0.00158
	-0.6	0.00266	0.00699	0.00020653
	-0.55	0.00145	0.00474	0.00010533
	-0.5	0.00024865	0.00249	4.12e-06
	-0.45	0.00012838	0.0014	2.11e-06
	-0.4	8.12e-06	0.00030503	9.901e-08
	-0.35	4.19e-06	0.00016042	5.151e-08
	-0.3	2.6175e-07	1.581e-05	4e-09
	-0.25	1.4166e-07	8.32e-06	2.49e-09
	-0.2	2.157e-08	8.214e-07	9.8884e-10
	-0.1	1.248e-08	1.2696e-07	7.8432e-10
	-0.05	1.178e-08	1.0742e-07	7.3983e-10
	0	1.108e-08	8.788e-08	6.9534e-10
	5	0	0	0
" ) ) 
   (PullDown 
    (ImpedanceClass 
     (High minimum ) 
     (Low maximum ) 
     (Typical typical ) ) 
    (ReferenceVoltage 
     (maximum 0 ) 
     (minimum 0 ) 
     (typical 0 ) ) 
    (VICurve "
	10	0.04997	0.03889	0.06436
	8.1	0.04854	0.03771	0.06264
	8.05	0.0485	0.03768	0.06259
	7.65	0.0482	0.03743	0.06223
	7.1	0.04778	0.03709	0.06173
	6.2	0.04711	0.03653	0.06091
	6.05	0.047	0.03644	0.06078
	5.3	0.04644	0.03597	0.0601
	5.2	0.04636	0.03591	0.06001
	4.4	0.04576	0.03542	0.05928
	4.35	0.04573	0.03539	0.05924
	4.3	0.04569	0.03536	0.05919
	3.5	0.04509	0.03487	0.05847
	2.65	0.04446	0.03434	0.0577
	2.6	0.04439	0.03428	0.05766
	2.55	0.0443	0.03421	0.05761
	2.5	0.04414	0.0341	0.05751
	2.45	0.04396	0.03397	0.05732
	2.4	0.04374	0.03382	0.05708
	2.35	0.04352	0.03365	0.05677
	2.3	0.04326	0.03346	0.05644
	2.25	0.04298	0.03326	0.05607
	2.2	0.04268	0.03303	0.05568
	2.15	0.04236	0.03279	0.05526
	2.1	0.042	0.03252	0.05481
	2.05	0.04163	0.03225	0.05433
	2	0.04123	0.03194	0.05382
	1.95	0.04081	0.03162	0.05327
	1.9	0.04036	0.03127	0.05269
	1.85	0.03989	0.03092	0.05208
	1.8	0.03939	0.03053	0.05144
	1.75	0.03886	0.03013	0.05077
	1.7	0.03831	0.02969	0.05006
	1.65	0.03773	0.02925	0.04931
	1.6	0.03713	0.02878	0.04852
	1.55	0.03649	0.02829	0.0477
	1.5	0.03582	0.02777	0.04684
	1.45	0.03512	0.02723	0.04592
	1.4	0.0344	0.02667	0.045
	1.35	0.03363	0.02608	0.04401
	1.3	0.03285	0.02547	0.04301
	1.2	0.03119	0.02418	0.04085
	1.1	0.02939	0.02278	0.03853
	1	0.02746	0.02128	0.03603
	0.9	0.0254	0.01968	0.03334
	0.8	0.0232	0.01797	0.03047
	0.7	0.02085	0.01614	0.02741
	0.6	0.01835	0.0142	0.02414
	0.5	0.0157	0.01215	0.02067
	0.4	0.01289	0.00997	0.01699
	0.3	0.00992	0.00767	0.01309
	0.2	0.00679	0.00524	0.00896
	0.1	0.00348	0.00269	0.0046
	0	4.58e-12	-9.17e-12	-2.029e-11
	-0.1	-0.0032	-0.00252	-0.00412
	-0.2	-0.00634	-0.005	-0.00816
	-0.3	-0.00943	-0.00744	-0.01211
	-0.4	-0.01245	-0.00971	-0.01599
	-0.5	-0.01528	-0.01015	-0.01978
	-0.6	-0.01543	-0.00682	-0.02322
	-0.7	-0.00995	-0.00446	-0.02309
	-0.8	-0.0063	-0.00336	-0.01484
	-0.9	-0.00466	-0.00279	-0.00927
	-1	-0.00383	-0.00245	-0.00666
	-1.1	-0.00336	-0.00224	-0.00536
	-1.2	-0.00307	-0.0021	-0.00466
	-1.3	-0.00287	-0.002	-0.00423
	-1.4	-0.00273	-0.00192	-0.00396
	-1.5	-0.00263	-0.00187	-0.00377
	-1.6	-0.00256	-0.00182	-0.00363
	-1.7	-0.0025	-0.00179	-0.00353
	-1.8	-0.00246	-0.00176	-0.00345
	-1.9	-0.00242	-0.00174	-0.00339
	-2	-0.00239	-0.00173	-0.00334
	-2.1	-0.00237	-0.00172	-0.00331
	-2.2	-0.00235	-0.00171	-0.00328
	-2.3	-0.00234	-0.0017	-0.00325
	-2.4	-0.00233	-0.00169	-0.00324
	-2.5	-0.00232	-0.00169	-0.00322
	-2.6	-0.00232	-0.00169	-0.00321
	-2.7	-0.00231	-0.00169	-0.0032
	-2.8	-0.00231	-0.00169	-0.0032
	-2.9	-0.00231	-0.00169	-0.0032
	-3	-0.00231	-0.00169	-0.00319
	-3.1	-0.00231	-0.00169	-0.00319
	-3.2	-0.00231	-0.00169	-0.00319
	-3.3	-0.00232	-0.00169	-0.0032
	-3.4	-0.00232	-0.0017	-0.0032
	-3.5	-0.00232	-0.0017	-0.0032
	-3.6	-0.00233	-0.00171	-0.00321
	-3.7	-0.00233	-0.00171	-0.00321
	-3.8	-0.00234	-0.00171	-0.00322
	-3.9	-0.00234	-0.00172	-0.00323
	-4	-0.00235	-0.00172	-0.00323
	-4.1	-0.00235	-0.00173	-0.00324
	-4.3	-0.00237	-0.00174	-0.00325
	-4.4	-0.00237	-0.00175	-0.00326
	-4.6	-0.00239	-0.00176	-0.00328
	-4.7	-0.0024	-0.00176	-0.00329
	-5	-0.00242	-0.00178	-0.00331" ) ) 
   (PullUp 
    (ImpedanceClass 
     (High minimum ) 
     (Low maximum ) 
     (Typical typical ) ) 
    (ReferenceVoltage 
     (maximum 5.25 ) 
     (minimum 4.75 ) 
     (typical 5 ) ) 
    (VICurve "
	10	-0.0521	-0.03866	-0.07149
	9.4	-0.05135	-0.0381	-0.07048
	9.3	-0.05123	-0.038	-0.07031
	9	-0.05084	-0.03771	-0.06978
	8.8	-0.05058	-0.03751	-0.06943
	8.6	-0.05031	-0.03732	-0.06907
	8.5	-0.05018	-0.03721	-0.06888
	8.2	-0.04977	-0.03691	-0.06833
	8	-0.04949	-0.0367	-0.06795
	7.95	-0.04942	-0.03665	-0.06786
	7.65	-0.049	-0.03634	-0.06728
	7.3	-0.0485	-0.03596	-0.06659
	7.25	-0.04842	-0.03591	-0.06649
	6.7	-0.0476	-0.0353	-0.06542
	5.1	-0.04521	-0.03344	-0.06229
	3.7	-0.04314	-0.03183	-0.05958
	3.65	-0.04306	-0.03177	-0.05946
	3.6	-0.04299	-0.03171	-0.05932
	3.55	-0.04291	-0.03166	-0.05917
	3.5	-0.04281	-0.0316	-0.05899
	3.45	-0.0427	-0.03154	-0.0588
	3.4	-0.04258	-0.03148	-0.0586
	3.35	-0.04244	-0.0314	-0.05838
	3.3	-0.04229	-0.03132	-0.05814
	3.25	-0.04213	-0.03122	-0.05788
	3.2	-0.04195	-0.03111	-0.05761
	3.15	-0.04177	-0.031	-0.05732
	3.1	-0.04156	-0.03087	-0.05702
	3.05	-0.04135	-0.03073	-0.05669
	3	-0.04112	-0.03058	-0.05635
	2.95	-0.04088	-0.03042	-0.05599
	2.9	-0.04062	-0.03025	-0.05561
	2.85	-0.04035	-0.03007	-0.05522
	2.8	-0.04007	-0.02987	-0.0548
	2.75	-0.03977	-0.02967	-0.05437
	2.7	-0.03946	-0.02946	-0.05392
	2.65	-0.03914	-0.02923	-0.05346
	2.6	-0.03879	-0.02899	-0.05297
	2.55	-0.03844	-0.02875	-0.05247
	2.5	-0.03807	-0.02848	-0.05194
	2.45	-0.03769	-0.02822	-0.0514
	2.4	-0.03729	-0.02793	-0.05084
	2.35	-0.03688	-0.02764	-0.05026
	2.3	-0.03646	-0.02733	-0.04967
	2.25	-0.03602	-0.02702	-0.04905
	2.2	-0.03556	-0.02669	-0.04841
	2.15	-0.03509	-0.02635	-0.04776
	2.1	-0.03461	-0.02599	-0.04708
	2.05	-0.03411	-0.02563	-0.04639
	2	-0.03359	-0.02525	-0.04568
	1.95	-0.03307	-0.02487	-0.04494
	1.9	-0.03252	-0.02447	-0.04419
	1.85	-0.03196	-0.02406	-0.04342
	1.8	-0.03139	-0.02363	-0.04263
	1.75	-0.0308	-0.0232	-0.04182
	1.7	-0.03019	-0.02275	-0.04099
	1.65	-0.02958	-0.0223	-0.04013
	1.6	-0.02894	-0.02182	-0.03926
	1.55	-0.02829	-0.02134	-0.03837
	1.5	-0.02762	-0.02085	-0.03746
	1.4	-0.02624	-0.01982	-0.03557
	1.3	-0.0248	-0.01874	-0.03359
	1.2	-0.02329	-0.01761	-0.03154
	1.1	-0.02172	-0.01643	-0.02939
	1	-0.02008	-0.0152	-0.02717
	0.9	-0.01838	-0.01392	-0.02485
	0.8	-0.01661	-0.01259	-0.02245
	0.7	-0.01477	-0.0112	-0.01996
	0.6	-0.01287	-0.00976	-0.01738
	0.5	-0.0109	-0.00827	-0.01471
	0.4	-0.00886	-0.00673	-0.01196
	0.3	-0.00675	-0.00513	-0.00911
	0.2	-0.00457	-0.00347	-0.00616
	0.1	-0.00232	-0.00176	-0.00313
	0	1.099e-11	3.716e-11	1.407e-11
	-0.2	0.00367	0.00293	0.00466
	-0.3	0.00551	0.00438	0.00698
	-0.4	0.00733	0.00557	0.0093
	-0.5	0.00893	0.00509	0.01161
	-0.6	0.00839	0.00343	0.01371
	-0.7	0.00575	0.00246	0.01327
	-0.8	0.00387	0.002	0.01006
	-0.9	0.00303	0.00176	0.00667
	-1	0.00261	0.00162	0.00485
	-1.1	0.00237	0.00152	0.00403
	-1.2	0.00222	0.00146	0.00359