source: trunk/simulation/SPICE_Littelfuse_TVS_SMDJxxxA.lib@ 2

Last change on this file since 2 was 1, checked in by f.jahn, 3 years ago
File size: 9.6 KB
Line 
1**********
2* Littelfuse, LP
3* TVS Diode SPICE Models
4* SMDJxxxA Family
5*
6* T. Chenoski
7* Irving Technical Center
8*
9* v2 04/23/08
10*
11**********
12**********
13.SUBCKT SMDJ5.0A 1 2
14* TERMINALS: A K
15Done 1 2 Dtvs
16Rleak 1 2 0.013meg
17.MODEL Dtvs D (IS=1.0e-5 RS=0.0052 N=1.5 IBV=10m BV=6.46 CJO=1360p)
18.ENDS
19
20.SUBCKT SMDJ6.0A 1 2
21* TERMINALS: A K
22Done 1 2 Dtvs
23Rleak 1 2 0.015meg
24.MODEL Dtvs D (IS=1.0e-5 RS=0.0084 N=1.5 IBV=10m BV=6.74 CJO=1360p)
25.ENDS
26
27.SUBCKT SMDJ6.5A 1 2
28* TERMINALS: A K
29Done 1 2 Dtvs
30Rleak 1 2 0.026meg
31.MODEL Dtvs D (IS=1.0e-5 RS=0.0101 N=1.5 IBV=10m BV=7.29 CJO=1360p)
32.ENDS
33
34.SUBCKT SMDJ7.0A 1 2
35* TERMINALS: A K
36Done 1 2 Dtvs
37Rleak 1 2 0.070meg
38.MODEL Dtvs D (IS=1.0e-5 RS=0.0114 N=1.5 IBV=10m BV=7.86 CJO=1360p)
39.ENDS
40
41.SUBCKT SMDJ7.5A 1 2
42* TERMINALS: A K
43Done 1 2 Dtvs
44Rleak 1 2 0.150meg
45.MODEL Dtvs D (IS=1.0e-5 RS=0.0133 N=1.5 IBV=10m BV=8.41 CJO=1360p)
46.ENDS
47
48.SUBCKT SMDJ8.0A 1 2
49* TERMINALS: A K
50Done 1 2 Dtvs
51Rleak 1 2 0.320meg
52.MODEL Dtvs D (IS=1.0e-5 RS=0.0142 N=1.5 IBV=10m BV=8.98 CJO=1360p)
53.ENDS
54
55.SUBCKT SMDJ8.5A 1 2
56* TERMINALS: A K
57Done 1 2 Dtvs
58Rleak 1 2 0.850meg
59.MODEL Dtvs D (IS=1.0e-5 RS=0.0158 N=1.5 IBV=10m BV=9.53 CJO=1360p)
60.ENDS
61
62.SUBCKT SMDJ9.0A 1 2
63* TERMINALS: A K
64Done 1 2 Dtvs
65Rleak 1 2 1.800meg
66.MODEL Dtvs D (IS=1.0e-5 RS=0.0186 N=1.5 IBV=10m BV=10.10 CJO=1360p)
67.ENDS
68
69.SUBCKT SMDJ10A 1 2
70* TERMINALS: A K
71Done 1 2 Dtvs
72Rleak 1 2 4meg
73.MODEL Dtvs D (IS=1.0e-5 RS=0.0223 N=1.5 IBV=10m BV=11.21 CJO=1360p)
74.ENDS
75
76.SUBCKT SMDJ11A 1 2
77* TERMINALS: A K
78Done 1 2 Dtvs
79Rleak 1 2 11meg
80.MODEL Dtvs D (IS=1.0e-5 RS=0.0235 N=1.5 IBV=10m BV=12.32 CJO=1360p)
81.ENDS
82
83.SUBCKT SMDJ12A 1 2
84* TERMINALS: A K
85Done 1 2 Dtvs
86Rleak 1 2 12meg
87.MODEL Dtvs D (IS=1.0e-5 RS=0.0283 N=1.5 IBV=10m BV=13.43 CJO=1360p)
88.ENDS
89
90.SUBCKT SMDJ13A 1 2
91* TERMINALS: A K
92Done 1 2 Dtvs
93Rleak 1 2 13meg
94.MODEL Dtvs D (IS=1.0e-5 RS=0.0329 N=1.5 IBV=10m BV=14.54 CJO=1360p)
95.ENDS
96
97.SUBCKT SMDJ14A 1 2
98* TERMINALS: A K
99Done 1 2 Dtvs
100Rleak 1 2 14meg
101.MODEL Dtvs D (IS=1.0e-5 RS=0.0377 N=1.5 IBV=10m BV=15.76 CJO=1360p)
102.ENDS
103
104.SUBCKT SMDJ15A 1 2
105* TERMINALS: A K
106Done 1 2 Dtvs
107Rleak 1 2 15meg
108.MODEL Dtvs D (IS=1.0e-5 RS=0.0391 N=1.5 IBV=10m BV=16.87 CJO=1360p)
109.ENDS
110
111.SUBCKT SMDJ16A 1 2
112* TERMINALS: A K
113Done 1 2 Dtvs
114Rleak 1 2 16meg
115.MODEL Dtvs D (IS=1.0e-5 RS=0.0444 N=1.5 IBV=10m BV=17.98 CJO=1360p)
116.ENDS
117
118.SUBCKT SMDJ17A 1 2
119* TERMINALS: A K
120Done 1 2 Dtvs
121Rleak 1 2 17meg
122.MODEL Dtvs D (IS=1.0e-5 RS=0.0500 N=1.5 IBV=10m BV=19.09 CJO=1360p)
123.ENDS
124
125.SUBCKT SMDJ18A 1 2
126* TERMINALS: A K
127Done 1 2 Dtvs
128Rleak 1 2 18meg
129.MODEL Dtvs D (IS=1.0e-5 RS=0.0559 N=1.5 IBV=10m BV=20.20 CJO=1360p)
130.ENDS
131
132.SUBCKT SMDJ20A 1 2
133* TERMINALS: A K
134Done 1 2 Dtvs
135Rleak 1 2 20meg
136.MODEL Dtvs D (IS=1.0e-5 RS=0.0687 N=1.5 IBV=10m BV=22.42 CJO=1360p)
137.ENDS
138
139.SUBCKT SMDJ22A 1 2
140* TERMINALS: A K
141Done 1 2 Dtvs
142Rleak 1 2 22meg
143.MODEL Dtvs D (IS=1.0e-5 RS=0.0815 N=1.5 IBV=10m BV=24.64 CJO=1360p)
144.ENDS
145
146.SUBCKT SMDJ24A 1 2
147* TERMINALS: A K
148Done 1 2 Dtvs
149Rleak 1 2 24meg
150.MODEL Dtvs D (IS=1.0e-5 RS=0.0984 N=1.5 IBV=10m BV=26.97 CJO=1360p)
151.ENDS
152
153.SUBCKT SMDJ26A 1 2
154* TERMINALS: A K
155Done 1 2 Dtvs
156Rleak 1 2 26meg
157.MODEL Dtvs D (IS=1.0e-5 RS=0.1151 N=1.5 IBV=10m BV=29.19 CJO=1360p)
158.ENDS
159
160.SUBCKT SMDJ28A 1 2
161* TERMINALS: A K
162Done 1 2 Dtvs
163Rleak 1 2 28meg
164.MODEL Dtvs D (IS=1.0e-5 RS=0.1349 N=1.5 IBV=10m BV=31.41 CJO=1360p)
165.ENDS
166
167.SUBCKT SMDJ30A 1 2
168* TERMINALS: A K
169Done 1 2 Dtvs
170Rleak 1 2 30meg
171.MODEL Dtvs D (IS=1.0e-5 RS=0.1508 N=1.5 IBV=10m BV=33.63 CJO=1360p)
172.ENDS
173
174.SUBCKT SMDJ33A 1 2
175* TERMINALS: A K
176Done 1 2 Dtvs
177Rleak 1 2 33meg
178.MODEL Dtvs D (IS=1.0e-5 RS=0.1823 N=1.5 IBV=10m BV=37.07 CJO=1360p)
179.ENDS
180
181.SUBCKT SMDJ36A 1 2
182* TERMINALS: A K
183Done 1 2 Dtvs
184Rleak 1 2 36meg
185.MODEL Dtvs D (IS=1.0e-5 RS=0.2170 N=1.5 IBV=10m BV=40.40 CJO=1360p)
186.ENDS
187
188.SUBCKT SMDJ40A 1 2
189* TERMINALS: A K
190Done 1 2 Dtvs
191Rleak 1 2 40meg
192.MODEL Dtvs D (IS=1.0e-5 RS=0.2674 N=1.5 IBV=10m BV=44.84 CJO=1360p)
193.ENDS
194
195.SUBCKT SMDJ43A 1 2
196* TERMINALS: A K
197Done 1 2 Dtvs
198Rleak 1 2 43meg
199.MODEL Dtvs D (IS=1.0e-5 RS=0.3090 N=1.5 IBV=10m BV=48.28 CJO=1775p)
200.ENDS
201
202.SUBCKT SMDJ45A 1 2
203* TERMINALS: A K
204Done 1 2 Dtvs
205Rleak 1 2 45meg
206.MODEL Dtvs D (IS=1.0e-5 RS=0.3406 N=1.5 IBV=10m BV=50.50 CJO=1775p)
207.ENDS
208
209.SUBCKT SMDJ48A 1 2
210* TERMINALS: A K
211Done 1 2 Dtvs
212Rleak 1 2 48meg
213.MODEL Dtvs D (IS=1.0e-5 RS=0.3840 N=1.5 IBV=10m BV=53.83 CJO=1775p)
214.ENDS
215
216.SUBCKT SMDJ51A 1 2
217* TERMINALS: A K
218Done 1 2 Dtvs
219Rleak 1 2 51meg
220.MODEL Dtvs D (IS=1.0e-5 RS=0.4371 N=1.5 IBV=10m BV=57.27 CJO=1775p)
221.ENDS
222
223.SUBCKT SMDJ54A 1 2
224* TERMINALS: A K
225Done 1 2 Dtvs
226Rleak 1 2 54meg
227.MODEL Dtvs D (IS=1.0e-5 RS=0.4868 N=1.5 IBV=10m BV=60.60 CJO=1775p)
228.ENDS
229
230.SUBCKT SMDJ58A 1 2
231* TERMINALS: A K
232Done 1 2 Dtvs
233Rleak 1 2 58meg
234.MODEL Dtvs D (IS=1.0e-5 RS=0.5632 N=1.5 IBV=10m BV=65.04 CJO=1775p)
235.ENDS
236
237.SUBCKT SMDJ60A 1 2
238* TERMINALS: A K
239Done 1 2 Dtvs
240Rleak 1 2 60meg
241.MODEL Dtvs D (IS=1.0e-5 RS=0.5997 N=1.5 IBV=10m BV=67.37 CJO=1775p)
242.ENDS
243
244.SUBCKT SMDJ64A 1 2
245* TERMINALS: A K
246Done 1 2 Dtvs
247Rleak 1 2 64meg
248.MODEL Dtvs D (IS=1.0e-5 RS=0.6749 N=1.5 IBV=10m BV=71.81 CJO=1775p)
249.ENDS
250
251.SUBCKT SMDJ70A 1 2
252* TERMINALS: A K
253Done 1 2 Dtvs
254Rleak 1 2 70meg
255.MODEL Dtvs D (IS=1.0e-5 RS=0.8215 N=1.5 IBV=10m BV=78.58 CJO=1775p)
256.ENDS
257
258.SUBCKT SMDJ75A 1 2
259* TERMINALS: A K
260Done 1 2 Dtvs
261Rleak 1 2 75meg
262.MODEL Dtvs D (IS=1.0e-5 RS=0.9403 N=1.5 IBV=10m BV=84.13 CJO=1775p)
263.ENDS
264
265.SUBCKT SMDJ78A 1 2
266* TERMINALS: A K
267Done 1 2 Dtvs
268Rleak 1 2 78meg
269.MODEL Dtvs D (IS=1.0e-5 RS=1.0223 N=1.5 IBV=10m BV=87.57 CJO=1775p)
270.ENDS
271
272.SUBCKT SMDJ85A 1 2
273* TERMINALS: A K
274Done 1 2 Dtvs
275Rleak 1 2 85meg
276.MODEL Dtvs D (IS=1.0e-5 RS=1.2014 N=1.5 IBV=10m BV=95.34 CJO=1775p)
277.ENDS
278
279.SUBCKT SMDJ90A 1 2
280* TERMINALS: A K
281Done 1 2 Dtvs
282Rleak 1 2 90meg
283.MODEL Dtvs D (IS=1.0e-5 RS=1.4000 N=1.5 IBV=10m BV=101.00 CJO=1775p)
284.ENDS
285
286.SUBCKT SMDJ100A 1 2
287* TERMINALS: A K
288Done 1 2 Dtvs
289Rleak 1 2 100meg
290.MODEL Dtvs D (IS=1.0e-5 RS=1.7189 N=1.5 IBV=10m BV=112.11 CJO=1775p)
291.ENDS
292
293.SUBCKT SMDJ110A 1 2
294* TERMINALS: A K
295Done 1 2 Dtvs
296Rleak 1 2 110meg
297.MODEL Dtvs D (IS=1.0e-5 RS=2.0089 N=1.5 IBV=10m BV=123.22 CJO=1775p)
298.ENDS
299
300.SUBCKT SMDJ120A 1 2
301* TERMINALS: A K
302Done 1 2 Dtvs
303Rleak 1 2 120meg
304.MODEL Dtvs D (IS=1.0e-5 RS=2.3903 N=1.5 IBV=10m BV=134.33 CJO=1775p)
305.ENDS
306
307.SUBCKT SMDJ130A 1 2
308* TERMINALS: A K
309Done 1 2 Dtvs
310Rleak 1 2 130meg
311.MODEL Dtvs D (IS=1.0e-5 RS=2.7882 N=1.5 IBV=10m BV=145.44 CJO=1775p)
312.ENDS
313
314.SUBCKT SMDJ150A 1 2
315* TERMINALS: A K
316Done 1 2 Dtvs
317Rleak 1 2 150meg
318.MODEL Dtvs D (IS=1.0e-5 RS=3.8333 N=1.5 IBV=10m BV=168.67 CJO=1775p)
319.ENDS
320
321.SUBCKT SMDJ160A 1 2
322* TERMINALS: A K
323Done 1 2 Dtvs
324Rleak 1 2 160meg
325.MODEL Dtvs D (IS=1.0e-5 RS=4.3319 N=1.5 IBV=10m BV=179.78 CJO=1775p)
326.ENDS
327
328.SUBCKT SMDJ170A 1 2
329* TERMINALS: A K
330Done 1 2 Dtvs
331Rleak 1 2 170meg
332.MODEL Dtvs D (IS=1.0e-5 RS=4.8945 N=1.5 IBV=10m BV=190.89 CJO=1775p)
333.ENDS
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