Advertisement
Guest User

three-level inverter concept with MOS

a guest
Jul 6th, 2020
57
0
Never
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
text 9.57 KB | None | 0 0
  1. Version 4
  2. SHEET 1 2192 680
  3. WIRE 1008 -464 816 -464
  4. WIRE 1104 -464 1072 -464
  5. WIRE 576 -432 528 -432
  6. WIRE 608 -432 576 -432
  7. WIRE 736 -432 608 -432
  8. WIRE 816 -432 816 -464
  9. WIRE 816 -432 800 -432
  10. WIRE 832 -432 816 -432
  11. WIRE 1008 -432 896 -432
  12. WIRE 640 -400 624 -400
  13. WIRE 704 -400 640 -400
  14. WIRE 736 -400 704 -400
  15. WIRE 816 -400 800 -400
  16. WIRE 928 -400 896 -400
  17. WIRE 928 -384 928 -400
  18. WIRE 1008 -384 928 -384
  19. WIRE 1104 -384 1072 -384
  20. WIRE 624 -352 624 -400
  21. WIRE 816 -352 816 -400
  22. WIRE 1008 -352 816 -352
  23. WIRE 1008 -240 816 -240
  24. WIRE 1104 -240 1072 -240
  25. WIRE 672 -208 624 -208
  26. WIRE 736 -208 672 -208
  27. WIRE 816 -208 816 -240
  28. WIRE 816 -208 800 -208
  29. WIRE 832 -208 816 -208
  30. WIRE 1008 -208 896 -208
  31. WIRE 576 -192 576 -432
  32. WIRE 704 -176 704 -400
  33. WIRE 736 -176 704 -176
  34. WIRE 816 -176 800 -176
  35. WIRE 928 -176 896 -176
  36. WIRE 928 -160 928 -176
  37. WIRE 1008 -160 928 -160
  38. WIRE 1104 -160 1072 -160
  39. WIRE 816 -128 816 -176
  40. WIRE 1008 -128 816 -128
  41. WIRE 720 -64 624 -64
  42. WIRE 864 -64 720 -64
  43. WIRE 1072 -64 864 -64
  44. WIRE 1808 -64 1072 -64
  45. WIRE 1920 -64 1808 -64
  46. WIRE 192 -32 128 -32
  47. WIRE 288 -32 192 -32
  48. WIRE 1456 -32 1360 -32
  49. WIRE 1520 -32 1456 -32
  50. WIRE 64 -16 32 -16
  51. WIRE 80 -16 64 -16
  52. WIRE 624 -16 624 -64
  53. WIRE 1072 -16 1072 -64
  54. WIRE 1584 -16 1568 -16
  55. WIRE 1616 -16 1584 -16
  56. WIRE 288 32 288 -32
  57. WIRE 1360 32 1360 -32
  58. WIRE 128 64 128 48
  59. WIRE 192 64 192 32
  60. WIRE 192 64 128 64
  61. WIRE 384 64 192 64
  62. WIRE 512 64 464 64
  63. WIRE 576 64 512 64
  64. WIRE 1168 64 1120 64
  65. WIRE 1216 64 1168 64
  66. WIRE 1456 64 1456 32
  67. WIRE 1456 64 1296 64
  68. WIRE 1520 64 1520 48
  69. WIRE 1520 64 1456 64
  70. WIRE 1920 64 1920 -64
  71. WIRE 128 80 128 64
  72. WIRE 192 80 192 64
  73. WIRE 1456 80 1456 64
  74. WIRE 1520 80 1520 64
  75. WIRE 64 144 64 -16
  76. WIRE 80 144 64 144
  77. WIRE 1584 144 1584 -16
  78. WIRE 1584 144 1568 144
  79. WIRE 192 160 192 144
  80. WIRE 192 160 128 160
  81. WIRE 288 160 288 96
  82. WIRE 288 160 192 160
  83. WIRE 512 160 512 144
  84. WIRE 512 160 288 160
  85. WIRE 624 160 624 80
  86. WIRE 624 160 512 160
  87. WIRE 704 160 624 160
  88. WIRE 720 160 704 160
  89. WIRE 832 160 800 160
  90. WIRE 848 160 832 160
  91. WIRE 976 160 928 160
  92. WIRE 1024 160 976 160
  93. WIRE 1072 160 1072 80
  94. WIRE 1072 160 1024 160
  95. WIRE 1168 160 1168 144
  96. WIRE 1168 160 1072 160
  97. WIRE 1360 160 1360 96
  98. WIRE 1360 160 1168 160
  99. WIRE 1456 160 1456 144
  100. WIRE 1456 160 1360 160
  101. WIRE 1520 160 1456 160
  102. WIRE 192 176 128 176
  103. WIRE 288 176 192 176
  104. WIRE 1456 176 1360 176
  105. WIRE 1520 176 1456 176
  106. WIRE 64 192 32 192
  107. WIRE 80 192 64 192
  108. WIRE 624 192 624 160
  109. WIRE 1072 192 1072 160
  110. WIRE 1584 192 1568 192
  111. WIRE 1616 192 1584 192
  112. WIRE 288 240 288 176
  113. WIRE 832 240 832 160
  114. WIRE 864 240 832 240
  115. WIRE 976 240 976 160
  116. WIRE 976 240 928 240
  117. WIRE 1360 240 1360 176
  118. WIRE 128 272 128 256
  119. WIRE 192 272 192 240
  120. WIRE 192 272 128 272
  121. WIRE 384 272 192 272
  122. WIRE 512 272 464 272
  123. WIRE 576 272 512 272
  124. WIRE 1168 272 1120 272
  125. WIRE 1216 272 1168 272
  126. WIRE 1456 272 1456 240
  127. WIRE 1456 272 1296 272
  128. WIRE 1520 272 1520 256
  129. WIRE 1520 272 1456 272
  130. WIRE 128 288 128 272
  131. WIRE 192 288 192 272
  132. WIRE 1456 288 1456 272
  133. WIRE 1520 288 1520 272
  134. WIRE 64 352 64 192
  135. WIRE 80 352 64 352
  136. WIRE 1584 352 1584 192
  137. WIRE 1584 352 1568 352
  138. WIRE 192 368 192 352
  139. WIRE 192 368 128 368
  140. WIRE 288 368 288 304
  141. WIRE 288 368 192 368
  142. WIRE 512 368 512 352
  143. WIRE 512 368 288 368
  144. WIRE 624 368 624 288
  145. WIRE 624 368 512 368
  146. WIRE 1072 368 1072 288
  147. WIRE 1168 368 1168 352
  148. WIRE 1168 368 1072 368
  149. WIRE 1360 368 1360 304
  150. WIRE 1360 368 1168 368
  151. WIRE 1456 368 1456 352
  152. WIRE 1456 368 1360 368
  153. WIRE 1520 368 1456 368
  154. WIRE 624 432 624 368
  155. WIRE 624 432 240 432
  156. WIRE 672 432 624 432
  157. WIRE 816 432 672 432
  158. WIRE 848 432 816 432
  159. WIRE 1072 432 1072 368
  160. WIRE 1072 432 848 432
  161. WIRE 1664 432 1072 432
  162. WIRE 1920 432 1920 144
  163. WIRE 1920 432 1664 432
  164. FLAG 528 -352 0
  165. FLAG 624 -272 0
  166. FLAG 1104 -464 A
  167. FLAG 608 -432 sin
  168. FLAG 640 -400 tri
  169. FLAG 848 432 0
  170. FLAG 624 -128 0
  171. FLAG 576 -144 0
  172. FLAG 1104 -384 _A
  173. FLAG 1104 -240 B
  174. FLAG 1104 -160 _B
  175. FLAG 704 160 x
  176. FLAG 1024 160 y
  177. FLAG 672 -208 _sin
  178. FLAG 1808 -64 Vcc
  179. FLAG 720 0 x
  180. FLAG 864 0 y
  181. FLAG 816 368 x
  182. FLAG 672 368 y
  183. FLAG 80 32 0
  184. FLAG 80 96 0
  185. FLAG 80 240 0
  186. FLAG 80 304 0
  187. FLAG 352 -32 12
  188. FLAG 352 176 12
  189. FLAG 1568 32 0
  190. FLAG 1568 96 0
  191. FLAG 1568 240 0
  192. FLAG 1568 304 0
  193. FLAG 1296 -32 12
  194. FLAG 1296 176 12
  195. FLAG 1664 352 12
  196. FLAG 32 -16 A
  197. FLAG 1616 -16 B
  198. FLAG 1616 192 _B
  199. FLAG 32 192 _A
  200. SYMBOL Digital\\diffschmitt 736 -480 R0
  201. WINDOW 3 -7 -16 Left 2
  202. SYMATTR Value vt=0 vh=0 Vhigh={VH}
  203. SYMATTR InstName A1
  204. SYMBOL voltage 528 -448 R0
  205. WINDOW 3 26 80 Left 2
  206. SYMATTR Value sin 0 4.5 50
  207. SYMATTR InstName V1
  208. SYMBOL voltage 624 -368 R0
  209. WINDOW 3 33 36 Left 2
  210. SYMATTR Value pulse 0 5 0 64u 64u 0 128u
  211. SYMATTR InstName V2
  212. SYMBOL Digital\\and 864 -480 R0
  213. WINDOW 3 -40 114 Left 2
  214. SYMATTR Value td={dt} Vhigh={VH}
  215. SYMATTR InstName A2
  216. SYMBOL Digital\\and 1040 -512 R0
  217. WINDOW 3 -1 1 Left 2
  218. SYMATTR Value tripdt=25n Vhigh={VH} tau=25n
  219. SYMATTR InstName A3
  220. SYMBOL voltage 1920 48 R0
  221. WINDOW 3 28 100 Left 2
  222. SYMATTR Value 400 rser=0.1 Cpar=100u
  223. SYMATTR InstName V3
  224. SYMBOL ind 704 176 R270
  225. WINDOW 0 32 56 VTop 2
  226. WINDOW 3 5 56 VBottom 2
  227. SYMATTR InstName L1
  228. SYMATTR Value 500u
  229. SYMBOL cap 928 224 R90
  230. WINDOW 0 0 32 VBottom 2
  231. WINDOW 3 32 32 VTop 2
  232. SYMATTR InstName C1
  233. SYMATTR Value 50u Rser=10m
  234. SYMBOL res 832 176 R270
  235. WINDOW 0 32 56 VTop 2
  236. WINDOW 3 0 56 VBottom 2
  237. SYMATTR InstName Rout
  238. SYMATTR Value 10
  239. SYMBOL e 624 -224 R0
  240. WINDOW 0 38 75 Left 2
  241. SYMATTR InstName E1
  242. SYMATTR Value -1
  243. SYMBOL Digital\\diffschmitt 736 -256 R0
  244. WINDOW 3 -4 -11 Left 2
  245. SYMATTR Value vt=0 vh=0 Vhigh={VH}
  246. SYMATTR InstName A5
  247. SYMBOL Digital\\and 864 -256 R0
  248. WINDOW 3 -40 114 Left 2
  249. SYMATTR Value td={dt} Vhigh={VH}
  250. SYMATTR InstName A6
  251. SYMBOL res 480 48 R90
  252. WINDOW 0 0 56 VBottom 2
  253. WINDOW 3 32 56 VTop 2
  254. SYMATTR InstName R9
  255. SYMATTR Value 10
  256. SYMBOL res 480 256 R90
  257. WINDOW 0 0 56 VBottom 2
  258. WINDOW 3 32 56 VTop 2
  259. SYMATTR InstName R10
  260. SYMATTR Value 10
  261. SYMBOL res 1312 48 R90
  262. WINDOW 0 0 56 VBottom 2
  263. WINDOW 3 32 56 VTop 2
  264. SYMATTR InstName R11
  265. SYMATTR Value 10
  266. SYMBOL res 1312 256 R90
  267. WINDOW 0 0 56 VBottom 2
  268. WINDOW 3 32 56 VTop 2
  269. SYMATTR InstName R12
  270. SYMATTR Value 10
  271. SYMBOL cap 704 -64 R0
  272. SYMATTR InstName C2
  273. SYMATTR Value 1n rser=100
  274. SYMBOL cap 848 -64 R0
  275. SYMATTR InstName C3
  276. SYMATTR Value 1n rser=100
  277. SYMBOL cap 832 432 R180
  278. WINDOW 0 24 56 Left 2
  279. WINDOW 3 24 8 Left 2
  280. SYMATTR InstName C4
  281. SYMATTR Value 1n rser=100
  282. SYMBOL cap 688 432 R180
  283. WINDOW 0 24 56 Left 2
  284. WINDOW 3 24 8 Left 2
  285. SYMATTR InstName C5
  286. SYMATTR Value 1n rser=100
  287. SYMBOL sw 128 64 M180
  288. SYMATTR InstName S1
  289. SYMATTR Value up
  290. SYMBOL sw 128 176 M180
  291. SYMATTR InstName S2
  292. SYMATTR Value dn
  293. SYMBOL diode 176 32 M180
  294. WINDOW 0 24 64 Left 2
  295. WINDOW 3 24 0 Left 2
  296. SYMATTR InstName D1
  297. SYMBOL diode 176 144 M180
  298. WINDOW 0 24 64 Left 2
  299. WINDOW 3 24 0 Left 2
  300. SYMATTR InstName D2
  301. SYMBOL cap 272 32 R0
  302. SYMATTR InstName C6
  303. SYMATTR Value 220n
  304. SYMBOL diode 352 -48 R90
  305. WINDOW 0 0 32 VBottom 2
  306. WINDOW 3 32 32 VTop 2
  307. SYMATTR InstName D3
  308. SYMBOL sw 128 272 M180
  309. SYMATTR InstName S3
  310. SYMATTR Value up
  311. SYMBOL sw 128 384 M180
  312. SYMATTR InstName S4
  313. SYMATTR Value dn
  314. SYMBOL diode 176 240 M180
  315. WINDOW 0 24 64 Left 2
  316. WINDOW 3 24 0 Left 2
  317. SYMATTR InstName D4
  318. SYMBOL diode 176 352 M180
  319. WINDOW 0 24 64 Left 2
  320. WINDOW 3 24 0 Left 2
  321. SYMATTR InstName D5
  322. SYMBOL cap 272 240 R0
  323. SYMATTR InstName C7
  324. SYMATTR Value 220n
  325. SYMBOL diode 352 160 R90
  326. WINDOW 0 0 32 VBottom 2
  327. WINDOW 3 32 32 VTop 2
  328. SYMATTR InstName D6
  329. SYMBOL sw 1520 64 R180
  330. SYMATTR InstName S5
  331. SYMATTR Value up
  332. SYMBOL sw 1520 176 R180
  333. SYMATTR InstName S6
  334. SYMATTR Value dn
  335. SYMBOL diode 1472 32 R180
  336. WINDOW 0 24 64 Left 2
  337. WINDOW 3 24 0 Left 2
  338. SYMATTR InstName D7
  339. SYMBOL diode 1472 144 R180
  340. WINDOW 0 24 64 Left 2
  341. WINDOW 3 24 0 Left 2
  342. SYMATTR InstName D8
  343. SYMBOL cap 1376 32 M0
  344. SYMATTR InstName C8
  345. SYMATTR Value 220n
  346. SYMBOL diode 1296 -48 M90
  347. WINDOW 0 0 32 VBottom 2
  348. WINDOW 3 32 32 VTop 2
  349. SYMATTR InstName D9
  350. SYMBOL sw 1520 272 R180
  351. SYMATTR InstName S7
  352. SYMATTR Value up
  353. SYMBOL sw 1520 384 R180
  354. SYMATTR InstName S8
  355. SYMATTR Value dn
  356. SYMBOL diode 1472 240 R180
  357. WINDOW 0 24 64 Left 2
  358. WINDOW 3 24 0 Left 2
  359. SYMATTR InstName D10
  360. SYMBOL diode 1472 352 R180
  361. WINDOW 0 24 64 Left 2
  362. WINDOW 3 24 0 Left 2
  363. SYMATTR InstName D11
  364. SYMBOL cap 1376 240 M0
  365. SYMATTR InstName C9
  366. SYMATTR Value 220n
  367. SYMBOL diode 1296 160 M90
  368. WINDOW 0 0 32 VBottom 2
  369. WINDOW 3 32 32 VTop 2
  370. SYMATTR InstName D12
  371. SYMBOL voltage 1664 336 R0
  372. WINDOW 3 -24 112 Left 2
  373. SYMATTR Value 12 rser=1
  374. SYMATTR InstName V4
  375. SYMBOL Digital\\and 1040 -432 R0
  376. WINDOW 3 -1 1 Left 2
  377. SYMATTR Value tripdt=25n Vhigh={VH} tau=25n
  378. SYMATTR InstName A4
  379. SYMBOL Digital\\and 1040 -288 R0
  380. WINDOW 3 -1 1 Left 2
  381. SYMATTR Value tripdt=25n Vhigh={VH} tau=25n
  382. SYMATTR InstName A7
  383. SYMBOL Digital\\and 1040 -208 R0
  384. WINDOW 3 -1 1 Left 2
  385. SYMATTR Value tripdt=25n Vhigh={VH} tau=25n
  386. SYMATTR InstName A8
  387. SYMBOL res 496 48 R0
  388. SYMATTR InstName R1
  389. SYMATTR Value 10k
  390. SYMBOL res 496 256 R0
  391. SYMATTR InstName R2
  392. SYMATTR Value 10k
  393. SYMBOL res 1152 48 R0
  394. SYMATTR InstName R3
  395. SYMATTR Value 10k
  396. SYMBOL res 1152 256 R0
  397. SYMATTR InstName R4
  398. SYMATTR Value 10k
  399. SYMBOL nmos 576 -16 R0
  400. SYMATTR InstName M1
  401. SYMATTR Value STW11NM80
  402. SYMBOL nmos 576 192 R0
  403. SYMATTR InstName M2
  404. SYMATTR Value STW11NM80
  405. SYMBOL nmos 1120 192 M0
  406. SYMATTR InstName M3
  407. SYMATTR Value STW11NM80
  408. SYMBOL nmos 1120 -16 M0
  409. SYMATTR InstName M4
  410. SYMATTR Value STW11NM80
  411. TEXT 1400 -296 Left 2 !.tran 20m uic
  412. TEXT 1816 256 Left 2 !.param dt=1u VH=1.01
  413. TEXT 1368 -248 Left 2 !.lib c3m0075120k.lib
  414. TEXT 824 464 Left 2 !.ic v(tj1)=25 v(tj2)=25 v(tj3)=25 v(tj4)=25
  415. TEXT 880 520 Left 2 !.parma x=1k
  416. TEXT 1208 -192 Left 2 !.model d d ron=0.1 roff=10meg vfwd=0.7 epsilon=0.1 revepsilon=50m\n.model up sw ron=0.1 roff=10meg vt=.5 vh=-.5\n.model dn sw ron=.1 roff=10meg vt=-.5 vh=-.5
Advertisement
Add Comment
Please, Sign In to add comment
Advertisement