2N 2218 / 2219
2N 2219 / 2218
2N 3055 / 2N6510
2N 3055 / 2N6510 (100V, 15A, 115W, 2,5MHZ, TO-3)
2N 3584 / BUX84
2N 3771 / 72 / 73 (NPN, 50V, 30A, 150W, 0,2MHZ, TO-3)
2N 3772 / 71 / 73 (NPN, 100V, 20A, 150W, 0,2MHZ,
TO-3)
2N 3773 = MJ15003 / MJ802 (NPN, 160V, 16A, 150W,
0,2MHZ, TO-3)
2N 3790 / 2N 3789 / MJ15004 (PNP, 80V, 10ª, 150W,
4MHZ)
2N 5038
(NPN, 150/90V, 20A, 140W, 60MHZ, TO-3)
2N 5039
(NPN, 150/90V, 20A, 140W, 60MHZ, TO-3)
2N 5551 = BC548
2N 5685 / 5686
80V, 50A, 300W, 2MHZ TO-3
2N 5686 / 5685
80V,50A, 300W, 2MHZ TO-3
2N 6258 (NPN,
100V, 30A, 250W, 0,8MHZ, TO-3 )
2N 6510 / 6512 / 6513 / 3773 / MJ15003 (NPN,
250/200V, 7A, 120W, 3MHZ, TO-3)
2N 6512 / 6510 / 6513 / 3773 / MJ802 /15003 (NPN,
350/300V, 7A, 120W, 3MHZ, TO-3)
2N 6513 / 3773 / MJ802 / 15003 (NPN, 400/350V 7A,
120W, 3MHZ, TO-3 )
2N 6609 (PNP,
160/140V, 16A, 150W, 2MHZ, TO-3)
C2N 5401 / BC558
2SA 102 = A107,100,101,103,104 (Ge-p HF/ZF 40V, 10MA, 25MHZ )
2SA 103 / A102 / A104 / A100 / A101
2SA 107 / A102
TOSHIBA Q802 Mute (AM-ZF, 9V, 10MA, 40MHZ )
2SA 314 = 2SA102 / A100 / A101 / A103 / A104
2SA 483 = A940
2SA 564 / 608 / BF 423
2SA 608 / 564 / BF 423
2SA 614 80V,
1A, 15W, 30MHZ
2SA 709 (Substitutos 2SA733 / BC556, inverter a
base)
2SA 743 = BD 140
2SA 817 / 1941/ B817 / TIP36C
2SA 968 = 2SB546A
2SA 970 = 1268
2SA 1006 + 2SC2336 180V, 1,5A, 25W, 80MHZ
2SA 1020
50V, 2A, 0,9W, 100MHZ, = A1382, A1315, B982, B1312
2SA 1075 = A1094
2SA 1094 / 95 / 1969
+ (C 2565 / 2773)
2SA 1162-Y = BC858 SMD TOSHIBA
2SA 1095 / 94 / 1969
+ (C 2565 / 2773)
2SA 1169 = 1095 (Par 2SC 2773) 200v 15A 150w
2SA 1207 = A1281
180V, 0,7A, 0,6W, 150MHZ (veja
BF423 )
2SA 1215 = A1095
2SA 1263 = 1264 ( 80V, 6A, 60W, 30MHZ ) ( Par 2SC 3180)
2SA 1264 = 1265 ( 120V, 8A, 80W, 30MHZ ) ( Par 2SC 3181)
2SA 1265 = 1941 ( 140V, 10A, 100W, MHZ ) ( Par 2SC
3182)
2SA 1268 = 970
2SA 1273 ( 30V 2A 1W 120MHZ fig 7c) = A1382, B892,
B897, B1312
2SA 1275
160V, 1A, 0,9W, 50MHZ
2SA 1276
30V,3A,10W,100MHZ
2SA 1294 (230V15A,130W35MHZ) 1941 / 1986
2SA 1295 (230V,17A,200W,35MHZ)
2SA 1301 = 1302 = 1943 (Par 2SC 3280)
2SA 1302 (Substituto A1301, A1943) (Par 2SC3281)
2SA 1303 (150V,14A,125W,50MHZ) ( SUBST
A1941,1265,B817) (PAR C3284)
2SA 1490 (PAR C3854)
2SA 1494 (PAR
C3858)
2SA 1643 + C4327 ( Si-P Moto, Io-sat 50v, 7v, 25w,
75MHz )
2SA 1663 + C4278
2SA 1670 + C4385 ( 80/80V, 6A,60W,20MHZ ) SUBST.
B778, A1941,1264,1265,A1673
2SA 1671 (120/120V, 8A,75W,20MHZ ) SUBST. B778,
A1941,1264,1265,A1673
2SA 1672 (140/140V, 10A,80W,20MHZ ) SUBST. B778,
A1941,1264,1265,A1673
2SA 1673 + C4388 (180/180V,15A,85W,20MHZ)
2SA 1746 + C4131 Isolado Si-P 70v, 12A, 60W, 25MHZ
SUBST A1670, A1673, B778
2SA 1907 = 1263, 64, 65, A1941 ( 80V, 6A, 60W, 20MHZ
)
2SA 1908 = 1264, 65, A1941 ( 120V, 8A, 75W, 20MHZ )
2SA 1908 = 1265, A1941 ( 140V, 10A, 80W, 20MHZ )
2SA 1941 + 2SC 5198 TOSHIBA ( 140/140v, 10A, 100w,
30MHz ) Subst. A1265
2SA 1942 / 1943
(180/180v, 12A, 120w, 30MHz )
2SA 1943 = 1302 ( Par 2SC 5200 ) 230v/230v, 15A, 150w, 25Mhz)
2SA 1962 = 1943
2SA 1986 = 1294 / 1941 9230v, 15A, 150w, 30Mhz)
2SA 1987 = 1553 / 1943 230v, 15A, 180w, 30Mhz)
2SB 546A
200V, 2A, 20W, 5MHZ ( PAR 2SD
401)
2SB 688 (
80V, 3A, 60W, 20MHZ ) Subst. A1263,64,65 e A1941
2SB 690 = TIP42 e BD244
2SB 764
60V, 1A, 0,9W, 150MHZ = B647,
B892, B1041, A1315
2SB 778 + D998
ISOLADO ( SUBST. A1265,
A1941acrescentar mica isolante )
2SB 778 Metálico (120v, 10A, 80W)
2SB 817 =
A1265 / A1941
2SB 985
60V, 3A, 1W, 150MHZ, = A1066,
A1707
2SB 1015 ( 60V,3A,25W,9MHZ ) B1274,A1440,BD936
2SB 1020 + D1415
( AIWA ) 2SB1342 / B1344 / B1626
2SB 1238 + D1859 (B1189+D1767 ou B1187+D2061)
2SB 1187
+ D2061
2SB 1257 + D1796
2SB 1273 ( 60V,3A,30W,100MHZ )
B1064,1185,A1012,1288,1293)
2SB 1274 (60V,3A,20W,100MHZ)
2SB 1340 / B1626
2SB 1342 = B1344, B1568 (par D1933 )
2SB 1344 = B1342, B1568
2SB 1370 =1488
2SB 1375 (60V,3A,30W,12MHZ ) / B1015,1094,1274
2SB 1488 = 1370
2SB 1568 = B1342
2SB 1569A/2SA1964
2SB 1585 = 1588
2SB 1586 =
1342
2SB 1587 / 88 / 89 = FP1016
2SB 1588 / 87 / 89 = FP1016
2SB 1589 + D2439 (substitutos 1587, 1588, FP1016 )
2SB 1616 / B1626 / B1342
2SB 1624 + D2493 (substitutos FP1016, MP1620, B1587,
1588, 1589)
2SB 1626 + D2495
2SB 1625 / FP1016
2SB 1686 = 1626 / 1342 / 1344
2SC 102 = 107
2SC 107 = 102
2SC 116 / BC140 / 2N3053 UNI, 02, 075W, 120MHZ
2SC 372 / 372 = BC 547
2SC 373 = BC 547
2SC 1106 / BU208 Chaveador de fonte
2SC 1573 / BF422
2SC 4327 + A1643
(50V, 7A)
2SC 1740 / 1741 / C536 / C3199 / C3198
2SC 1741 / 1740
2SC 2026 = D2396
2SC 2073 Fonte (150V,1,5A,25W,4MHZ ) (SUBST. C2336)
2SC 2166 = 1669
2SC 2229 200V 0,05A, 0,8W, 120MHZ subst.
BF422
2SC 2233 200/60V, 4A, 40W, 8MHZ subst.
BU406
2SC 2235 Uni, 120/120V, 0,8A, 0,9W, 120MHZ subst. C2383,
3228, D667, D1812
2SC 2274 = BC639
2SC 2333
500V, 2A, 15W = BUX84
2SC 2336 + A1006
180V, 1,5A, 25W,95MHZ
2SC 2365 = D820, BU208A
2SC 2412 / C2712 SMD Q908
2SC 2706 (SUBST C3182, 5198)
2SC 2712Y SMD Q841 TOSHIBA
2SC 2773 + A1169 (200V, 15A, 150W, 20MHZ ) = C3370, 3264, 3857, D846
2SC 2774
(200V, 17A, 200W, 20MHZ) C3264
2SC 2909 = BF422
2SC 3180 / C3181 / C3182 / C5198 (80V, 6A, 60W,
30MHZ)
2SC 3181 / 80 / 82 (120V, 8A, 80W) C5198
2SC 3182 / C3181
(140, 10A, 100W) C5198 / C2706, C2837, D1047, BD245
2SC 3198 / 3199 / 536 / C1740
2SC 3199 / 3198 / 536 / C1740
2SC 3280 = C3281
2SC 3281 = C5200
2SC 3284 150/150V,14A,125W,60MHZ (SUBST
D1047,C5198,C3182) (PAR A1303)
2SC 3320 / 3520
2SC 3520 / 3320
2SC 3552/3644/ C4430 ( 1100/800V, 12A, 150W, 15MHZ
)
2SC 3678 = C3680/C3679/C3409
2SC 3679 = C3680/C3409/C4429/C4430
2SC 3685 1500/800V, 6A, 120W (BU508A, BU2508AF)
2SC 3795A 900/500, BUT11AF / BUT18AF/BUT21CF/C4518
2SC 3831 = C3679 / C4429 / C4430 TOSHIBA
2SC 3854 (PAR A1490)
2SC 3858 (PAR
A1494)
2SC 3895 = C4423 / C4429 / C4430 / D1710
2SC 3897 (1500/800V,
10A, 70W ) SUBST C4430/4429
2SC 3927 SUBST C4430
2SC 3973 ( 800/500V, 7A, 45W, ) = BUT12 / 22/54/56
PHILIPS
2SC 4130 = BUT12AF
2SC 4131+ A1746 IZOLADO Si-N 100V,15A, 60W ( SUBST C4388, D998 )
2SC 4273 = BUT93
( 500/400V,5A,40W )
2SC 4278 (
150/150V, 10A, 100W, 20MHZ ) ( PAR
A1663 )
2SC 4301 = C4429
( 900/800V, 7A, 80W )
2SC 4385 + A1670 IZOL (120/80V, 6A, 60W,20MHZ) (
SUBST. D998,C5198,3181,3182 )
2SC 4386 (160/120V,8A,75,20MHZ)
2SC 4387 (200/140V,10A,80W,20MHZ)
2SC 4388 + A1673 (200/180V,15A,85W,20MHZ
2SC 4423 = C4429 / 4430 / 3895 / D 1710 (500/400V, 12A, 55W, 20MHZ )
2SC 4429 = C4430 / 4423 / C3895 / D 1710 (1100/800V, 8A, 60W )
2SC 4430 (
1100/800V, 12A, 65W, 15MHZ )
2SC 4467 = 4468 (160/120V, 8A, 80W, 20MHZ )
C3181,3182,C5198,BD245,D1047
2SC 4468 (
200/140V, 10A, 80W, 20MHZ) C3855, C3263, C3856, BD 245 )
2SC 4517 ORIGINAL ( 900/500V, 3A, 30W, 700-1500ns )
2SC 4528 (
Si-N-Darl+Di 1500/500V,10A,150W)
2SC 4533
PANASONIC ( 500/400V, 3A, 30W )
2SC 4706
900/600v, 14A, 130W, 6MHz Fonte
tv toshiba 29"
2SC 4769 ( BU4508DF)
2SC 4923
1500/800V, 8AMP, 70W ( C4924,
BU2520AF, BUH715 )
2SC 4924
1500/800V,10AMP, 70W (BU2520AF,
BUH715, C4923 )
2SC 5071 (Si-N, S-L, 500/400V, 12A, 100W,
10MHZ) (SUBT. C4423, C4429, C4430,
BU2520AF)
2SC 5148 = BU2525AF
2SC 5149 = BU2520DF
2SC 5150 = BU2722AF, 2727AF
2SC 5200 + 2SA1943
(230V/230V,15A,150W,30MHZ)
2SC 5207 / C5448 / C5449 BU2520AF/AX ( 1500/800V,
10A, 50W )
2SC 5242 / C5200 / C3263
2SC 5280 (
1500/600V, 8A, 50W ) BU2508AF, BU2520AF, C3896, C3886A
2SC 5296 1500/800V,8A,60W SUBT. C4763, C5149, C4124,
BU2520DF
2SC 5386 / 5387
( 1500/600V, 8A, 50W )
2SC 5387 ORIG ( 1500/600V,10A,50W S/ DAMP)
2SC 5404 ( subst C5448, 5449, BU2520AF ) (1500V/600V,
9AMP, 50W)
2SC 5449 = BU2527AF
2SC 5802 / C5387 )
2SC 9012 / S 9012 = BC558 base no meio
2SC 9013 / S 9013 / BC548 observar posição b, c, e
2SC 9014 / S 9014 / 9013 / BC548 – observar posição
b, c, e
2SC 9015 / BC558 – observar posição
2SD 362-R / BU407
2SD 401 / 402
2SD 402 / 401
2SD 471 = BC337/338 observar posição
2SD 718 / C5198
2SD 726 = TIP41
2SD 798 / 799 / 1071
2SD 820 = BU208A
2SD 869 = 870 / 871
2SD 870 = 869 / 871
2SD 871 = 869 / 870
2SD 978 / 987 / 1071
2SD 987 / 978 / 1071 / BU 912
2SD 998 + B778 ORIGINAL IZOLADO (Substitutos C3182,
C5198 colocar mica)
2SD 998 Metálico / C3182, C5198
2SD 1047 = C3180 / C3181 / C5198
2SD 1071 / D1072 / D1245 / BU910 / BU911 (
Si-N-Darl+Di S-Reg,450/450v, 6A, 40W,
B500, TO-220 )
2SD 1072 / D1071 ( Si-N-Darl+Di S-Reg,450/450v, 5A, 60W, B500, TO-220 ) BU 911
2SD 1148 = C5198
2SD 1245 / 1071
2SD 1273 / C3852
2SD 1275 Darlington
2SD 1397 = D1877,D1554,1555,1650,1651
2SD 1413 / D1414 / 2020 / D1933
2SD 1414 / 1413 / D1933 / D2025
2SD 1415 + B1020
( Si-N-Darl+Di Subst. D2025 / 1933 / 2495 )
2SD 1426 / 1427
2SD 1427 = D1554 / D1555 / D1556 / D1877 /
BU2506DX,2508DX
2SD 1439 / BU2506DX / BU2508DX
2SD 1453 = D1877 / 1879 / D1554
2SD 1454 = D1879 / D1555 / D1556
2SD 1505 = D313 / TIP41C
2SD 1554 / D1555 / D1556 / D1877 / D1650
2SD 1555 / D1556 / D1877 / D1650 / 1878 / 1879 /
D2499
2SD 1556 / D2499
2SD 1562ª / 2SC5248 CICLOTRON
2SD 1577 = BU2508AF / BU2506AF / AX / BU2527AF / AX
/ BU2520AF
2SD 1589 = D1933
2SD 1649 =1650 / D1651 / D1555 / D1877
2SD 1650 (SANYO ORIG) = D1651
2SD 1651 (SANYO ORIG) = D1650 / D1555 / D1556 /
D1877
2SD 1710 ORIGINAL SANYO ( SUBST.C4423 / C4429 /
C4430 / C3895 )
2SD 1788 = D1933
2SD 1796 + B1257
2SD 1859 + B1238 (D1767, 2061)
2SD 1877
FAIRCHILD ( SUBST. D1650,D1651 )
2SD 1877 / 1650/1651/1878/1879 Original Sanyo
2SD 1878
ORIG. SANYO = D1879,D1880,D1881,D1556
2SD 1878
(Si-N+Di/1500/800V/5A/60W)
2SD 1879 = 1880 / 1881 / 1556 (Si-N+Di /1500/800V/6A/60W)
2SD 1880 / 1881 SANYO (Si-N+Di /1500/800V/8A/70W)
2SD 1881
(Si-N+Di /1500/800V/10A/70W)
2SD 1886
8-AMP ( D1887)
2SD 1889 = D2495
2SD 1928 = D1933
2SD 1933 =
D2025 ( PAR B1342 )
2SD 1941 1500V/650V, 6A, 50W ( Subst.BU508AF /
BU2508 / C4143 / D1546 / D1656 )
2SD 1944 (80V/3A/40W/50MHZ/B400)= D2396 / D1273 /
D2092 / D2156 / D2375 / C3852
2SD 2025 = D1933 ( PAR B1344 )
2SD 2058 / 2SD 2059 (60V,3A,25W,3MHZ)
2SD 2061 + B1187
2SD 2141 / D1071, D1072
2SD 2396 / D1273
2SD 2428 / 4532, C4608, S3934, S3935 (SI-N+DI
1700/600V, 8A, 200W)
2SD 2438 / 2439 / FN 1016
2SD 2439 / 2438 / FN 1016
2SD 2478 / D1933
2SD 2493 + B1624 (Subst. D2438, 2439, FN1016, NM2488)
Colocar mica quando for metálico
2SD 2494 / D2439
2SD 2495 + 1626
( Subst. D1933 )
2SD 2499 / D1556, BU2508DX)
2SD 2624 1500/800V, 6A, 60W (SUBST D1879)
2SD 2642 = 1933 / 2025
2SD 5071 / D1651,50 / D1877 / 1554, 55
2SD 5072 = D1650 / 1651 / D1877 / 1878 / 1879 /
1554/ 1555
2SD 5702 = D2499 / 1556 / D1651 / D1878,79,80
CSD 1489 / C3198
2SJ 6806D / BU808dfx
2SK 1094 / K2723
( MOS-N-FET-e 60V, 15A, 25W )
2SK 1102 (MOS-N-FET-e
500V, 10A, 50W ). Com estes dados você encontra um substituto
2SK 1460 (MOS-N-FET-e
900V, 3,5A, 40W )
2SK 1507 (MOS-N-FET-e
600V, 9A, 50W )
2SK 2043 / K2545 / P6N60FI
2SK 2129 / 2137 (Subst.K2545, 2645, P6N60, BUK444
izolado) Quando for metálico ponha a mica.
2SK 2137 / 2139 / P6N60FI ( 600V, 4A, 30W )
2SK 2139 / 2137 (600V,5A,35W ) ( SUBST. K2545, K2645,
P6N60FI, BUK444 )
2SK 2141 (
SUBST.K2545, 2645, K2740, P6N60FI )
2SK 2545 (600V,6A,40W ) ( Subst. K2545, 2645, 2740, P6N60FI
)
2SK 2645 / 2646 ( 600V,9A,50W ) ( SUBST. K2740, P6N60FI
)
2SK 2646 ( 800V, 9A, 150W ) o contrário pode não dar
certo por causa da amperagem que é menor e este é para tv de tela maior.
2SK 2696 Toshiba (Subst. K2708, K2545, K2645, K2740,
P6N60FI )
2SK 2699 Toshiba
( TV CCE ) ( SUBST. H10N60FI / H12N60FI GRANDE )
2SK 2708 Toshiba
(Subst. K2696,K2545,2645,K2740,P6N60FI )
2SK 2723 = K2937
( MOS-N-FET 60V, 25A, 25W )
2SK 2740 (
600V,7A,30W ) ( SUBST.K2645, P6N60FI )
2SK 2937 = 2723 AIWA ( MOS-N-FET 60V, 25A ) K2929, K1095, K1307, K1318, K1951
2SK 3508 Toshiba
(Subst. K264,K2740,P6N60FI )
2SK 3565 OROGINAL CCE 21" (SUBT. K2545 / K2645 / K2740 / P6N60FI)
2FO 680 / 2F0680
BC 327 / 328
( C 32725 , C32725 , BC 32725 )
(PHILIPS 29PT Q7463 = BC327-16)
BC 328 / 327 ( BC 328725 )
BC 337 / 338
( BC 33725 , BC33725 )
(PHILIPS 29PT Q7461 = BC337-16)
BC 338 / 337 ( BC 338725 , C338725 ))
BC 547 / 548 / 549
BC 548 / 547 / 549
BC 549 / 548 / 547
BC 557 / 558 / 559
BC 558 / 557 / 559
BC 559 / 558 / 557
BC 639 / BD139
BC 640 / BD140
BCY 79 = 2N 2222
BD 135 / 137 / 139
BD 136 / 138 / 140
BD 137 / 139
BD 138 / 140
BD 139 PHILIPS / SGS
= B 1223
BD 140 PHILIPS / SGS
= D 1858
BD 244 = TIP42 e B690
BD 245 / C4468 / C4467
BD 262 = 678
BD 263 = 677
BD 333 / 335
BD 334 / 336
BD 335 / 333 / D1933
BD 336 / 334 / B1342
BD 678 = 680
BD 681 = 677
BDW 94CFI
IZOLADO NPN (Subst. B1626 / 2SB1587 ou
FP1016) Coloque a mica se necessário
BDX 33 = BD 677
BDX 34 / 45 = BD 678
BDX 45 / 46 = BD 678
BDX 46 / 45 = BD 678
BDX 53BFP
IZOLADO NPN (SUBST. D2495, Pode colocar o 2SD2438 ou FN1016) Coloque a
mica se for metálico
BF 422 (
250V, 0,5A, 0,8W )
BF 423 ( 250V
0,5A, 0,8W )
BF 458 = 459
BF 459 = 458
BF 494 = 495
BF 495 = 494
BF 961 = K 104
ST 72A / BST
72A
BT 136-600E Triac
BT 137-600
Triac 500, 800V, 8A ( SUBST
BT138,139, BTA10,12,16 )
BT 138-600E Triac
500V, 800V, 12A ( SUBST BTA12,16,10 )
BT 138-800 = BT139 ( SUBT BTA10,12 )
BT 139-600 ( TRIAC 16A ) / BTA16
BT 139-800G
Triac 500V, 800V, 16A
BT 149G
PHILCO 29"
BT 151-500R
SCR 500-800V, 12A ( SUBST. TIC106 / TIC116 / TIC126 ) Coloque
mica caso o corpo seja metálico
BTA 08-600
TRIAC 8 AMP SUBST. TIC226 (08 é a
amperagem e 600 é a voltagem, pode substituir por um de maior potência, o
inverso pode não aguentar, isso vale para todos)
BTA 10-600
TRIAC 10 AMP
BTA 12-600 TRIAC 12 AMP
SUBST. BT138 / 139
BTA 16-600
TRIAC 16 AMP
BTA 26-600 Triac 26 Amp
BTA 41-600 Triac 41Amp
BTB 06 (TRIAC SUBST. TIC216)
BU 208A / C 1172 / D820
BU 406 / 407 (NS, TO220, 400/400v, 10A)
BU 407 / 406 (NS, TO220, 330/330v, 10A)
BU 315D / 515D / D1877
BU 515D / D1877 Tem que ser original porque se não
aquece e queima
BU 508AF = D1577 / BU 508DF (ISOLADO) PHILIPS se for metálico coloque a mica
BU 808DFI / BU 808DFX ST ORIGINAL ( Si-N-Darl+Di ) ( SUBST. D2553, BUH515D) o D2553
é o melhor deles.
BU 931 Darli+Di KfziZundu/Eletronic Ignition
BU 2310 / ST 2310 KOREA 2310FX ORIG.
( 12AMP, 55W )
Para substituir estes transistores observe a
voltagem e a amperagem, substitua sempre por um maior que resolve o problema
BU 2506DX (PHILIPS ORIG) ( 1500/700V, 5A, 45W ) SUBST. BU1508DX
BU 2520DX (PHILIPS ORIG) 1500/800v, 10A,125W Subst. BU2527DX,BU2725DX
BU 2525A ( PHILIPS ORIG) 1500/800V,12A,125W ( Subst.
BU2527AF,2725AF )
BU 2525AF / AX PHILIPS ORIGINAL (1500/800v, 12A, 45W) (TV SONY 29 e 33")
BU 2525DX ( PHILIPS ORIG) 1500/800V,12A,45W ( Subst.
BU2527DX2725DX )
BU 2527A PHILIPS ORIGINAL 1700/825,12A,125W
BU 2527AF
PHILIPS ORIGINAL (1500/800v, 12A,
45W)
BU 2527DX (PHILIPS ORIG) 1700/825,12A,45W ( Subst. BU2725DX,DF )
BU 2530AL / AW (Si+N,1500/800V,16A,125W)
BU 2532AL / AW (Si+N, 1500/800V,16A,125W)
BU 2708AF
PHILIPS ORIG.
BU 2708DX 1700/825V,8A,45W ( Subst.
BU2508DX,2520DX,2527DX,2725DX )
BU 2720DX (TOSHIBA LEM-3 TV29 e 34 POLEGADAS)
BU 2725AF/AX 1700/825V,12A,125W
BU 2725DX 1700/825V,12A,125W
BU 4508DX - 1500/800V,8A,45W
(Subt.BU4522DX,2508DX,2520DX,2527DX,2725DX)
BU 4522DX 1500/800V,
10A, 45W ( Subst.
BU2520DX,BU2527DX,2725DX )
BUH 313D 1300/600V, 5A, 50W
BUH 515D ORIGINAL GRADIENTE 1500/700V, 8A, 50W (Subst.
D2553)
BUK 444 (ISOLADO)
SSP6N60 Pode usar o metálico, mas tem que colocar a mica e pode ser
qualquer um que tenha voltagem e amperagem maior.
BUK 444 / IRF822 / P6N60 (METALICO) (MOS-N-FET 500V 2,5A
25W)
BUL 45 = BUX 84 / BUT11 / BUT12
BUL 46 = BUX 84 / BUT11 / BUT12
BUL 310F,XI / 312 /
( ISOLADO ) SUBST. BUT12AF
BUL 312 / 310F IZOLADO SUBST. BUT12AF
BUT 11 AF = BUT12AF
BUT 11AF (PHILIPS ORIG) = BUT12AF 1000/450V, 5A, 32W
BUT 11AX =
BUT12AF
BUT 12AF
PHILIPS ORIG. 1000/450V, 8A, 125W
BUT 13 / 14,15
BUT 14 / 13,15
BUT 15 / 13,14
BUW 84 = BUX84 FORMATO TIP
BUX 84 = BUL45 / TIP49 / TIP50 / BUT11,12AF )
BUZ 11 = IRFP30N06
BUZ 102S (P52N06)
CR3M = SF3541
DTC 124EK = DTC 114 SMD Q891 TOSHIBA
FN 1016 ORIGINAL ( SUBST 2SD2438 / 2SD2439 ) ( PAR FP1016 )
FP 1016 ORIGINAL ( SUBST 2SB1587 / B1588 / B1589
) ( PAR FN1016 )
FS 3KM18A 6N61 / 2SK 2645, 46
FQPF 12N60 pequeno, subst. P6N60FI / 2SK 2645, 2546
F9NK90FI
U9NC80 600V,
10A, 145W
H 6NA80FI
H 8NA60FI / 8N60FI / 10N60FI / 12N60FI
H 10NC60FI / 10N60FI / 12N60FI
H 12N60FI = 10NC060FI grande
FQPF 12N60 PEQUENO
SUBST. P6N60FI TV BLUESKY
H 8550 = BC558
observar posição de base, coletor e emissor
SS 8550 (BC558 observar posição de base, coletor e
emissor)
BST 113A MOS-N-FET-e
60V 11,5A 40W – encontre um
substituto pelas característica, lembre-se de que a voltagem e a amperagem não
pode ser menor, pois pode não aguentar, superaquecer e queimar. Isso vale para
todos. Os que não forem isolados deve ser colocado a mica.
BST 410F MOS-N-FET-e
50V 75W
IRF 540 +
IRF540 (MOS-N-FET 100V 28A 150W)
IRF 630 +
IRF9630 (MOS-N-FET 200V 9A 74W)
IRF 634
(MOS-N-FET 250V 8,1A 74W)
IRF 640 +
IRF9640 (MOS-N-FET 200V 18A 125W) Subst. IRF540 + 9540 - Melhor
IRF 720 METÁLICO
(MOS-N-FET 400V 3,3A 50W)
IRF 740 METÁLICO
(MOS-N-FET 400V 10A 125W)
IRF 820 / BUK 444
(MOS-N-FET 500V 2,5A 50W)
IRF 822 / BUK 444
(MOS-N-FET
IRF 830
(MOS-N-FET 500V 4,5 74W)
IRF 840
(MOS-N-FET 500V 8A 125W)
IRF 1104 ( 40V, 100A, 170W ) Subst. 2807, 3205
IRF 2807
MOS-N-FET-e ( 75V, 71A, 125W ) P/. NOBRAK
IRF 3205
(MOS-N-FET 55V 110A 200W) NOBRAK
IRF 9530 +
IRF530 (MOS-P-FET 100V 12A 88W) SAMSUNG
IRF 9540 +
IRF540 (MOS-P-FET 100V 19A 150W)
IRF 9610 (MOS-P-FET
200V 1,8A 20W)
IRF 9630 + IRF630
(MOS-P-FET 200V 6,5 74W)
IRF 9640 + IRF640 (MOS-P-FET 200V 11A 125W Subst. IRF9540 + 540 - Melhor
IRFIBC30G / P6N60
IZOLADO – caso não encontre o isolado pode colocar o metálico, mas isole
e pode ser substituído por qualquer outro da espécie desde que a potência,
amperagem e voltagem seja maior. Isso vale para todos.
IRFIBC 40 G
(MOS-N-FET 600V 3,5A 40W)
IRFI 9630 (MOS-P-FET 200V 4,5A 30W)
IRFP 044 (
MOS-N-FET-e, 60V, 57A, 180W,)
IRFP 140 (
MOS-N-FET-e, 100V, 31A, 180W,)
IRFP 150 (
MOS-N-FET-e, 100V, 41A, 230W, )
IRFP 240 + IRFP 9240 ( MOS-N-FET-e, 200V, 20A, 150W
)
IRFP 250
(MOS-N-FET 200V 30A 190W)
IRFP 260 (
MOS-N-FET-e, 200V, 46A, 280W, )
IRFP 350 (
MOS-N-FET-e, 400V, 16A, 190W )
IRFP 450 (
MOS-N-FET-e, 500V, 14A, 190W )
IRFP 460 (
MOS-N-FET-e, 500V, 20A, 280W )
IRFP 9240 + IRFP 240 ( MOS-P-FET-e, 200V, 10A, 150W )
IRFU 214
(MOS-N-FET 250V 2,2A 25W)
Os IRFZ a seguir pode ser substituído por qualquer
outro da espécie, desde que seja por um de voltagem e amperagem maior.
Compare-as.
IRFZ 24N = Z34N / 44N ( MOS-N-FET
60V, 17A, 44W )
IRFZ 34N = Z44N / 46N ( MOS-N-FET 60V, 30A, 88W ) = P55N06 /
P52N06
IRFZ 44N = Z46N / 48N ( MOS-N-FET
60V, 50A, 150W) = P50N06 / P55N06 / P52N06
IRFZ 46N = Z44N / 48N (MOS-N-FET 55V 53A 120W) = P50N06 / P55N06 /
P52N06
IRFZ 48N = Z44N / 46N (MOS-N-FET 60V 50A 190W) = P50N06 / P52N06 /
P52N06
A
mesma regra descrita acima serve para os tics/triacs/scr
MAC 8M = TIC 226D / M (TRIAC
600V 8A) MAC8M
MAC 12N = BT139 / BTA12 MAC12N
MAC 210 A10
(TRIAC 800V 10A)
MCR 100-6 = 2N5062 / 2N5064 (SCR 400V 0,8A)
MCR 106-6 = TIC 106 D (SCR 400V 4A)
Para substituir os
transistores a seguir segue a mesma regra, o maior substitui o menor e não ao
contrário, só rem que ter cuidado com os transistores de péssima qualidade que
tem no mercado, opte sempre pelo original. Cuidado que o nome impresso no corpo
da peça, conforme o original, não quer dizer que seja, pois há muita
falsificação no mercado. Digo isso porque tive muitos problemas devido a isso.
MJ 802 / MJ15003 / 2N3773 (NPN T03 100V 90V 4V 30A)
MJ 15003 / MJ 802 / 2N 3773 (NPN T03 140V 140V 5V 20A)
MJ 15003 / MJ 802 / 2N 3773 (NPN T03 140V 140V 5V 20A)
MJ 15004 / (PNP TO3 140V 140V 5V 20A)
MJ 15004 / (PNP TO3 140V 140V 5V 20A) MJ15016
MJ 15015 / (NPN
TO3 120V 120V 5V 15A) MJ15003 / 2N3773
MJ 15016 / (PNP TO3 120V 120V 5V 15A) MJ15004
MJ 15022 / (NPN TO3 350V 200V 7V 16A)
MJ 15023 / (PNP TO3 350V 200V 7V 16A)
MJ 15024 / (NPN TO3 400V 250V 7V 16A)
MJE 2955 (NS, TO220, 90/90v, 10A)
MJE 3055 (NS, TO220, 90/90v, 10A)
MJE 13002 (NS, TO126, 600v/300v, 1500MA)
MJE 13005 (NS, TO220, 700/400v, 4A; BU406D)
MJE 13007 (NS, TO220, 700/400v, 8A; BU406D)
MJE 13009 (NS, TO200, 700/400v, 12A; BU406D)
MJE 15031 (OS, TO220, 150/150v, 8A)
MJL 21193 (
SUBST A1943 ) ( PAR 21194 )
MJL 21194 (
SUBST C5200 ) ( PAR 21193 )
MP 1620 + MN 2488
= FP 1016 / B1587 / 88 – caso não encontre o isolado ponha a mica.
MN 2488 + MP 1620
= FN 1016 / D2438 / 39 - caso não encontre o isolado ponha a mica
MTP 3055 – não estou lembrado, mas se for MOS-N-FET
pode por qualquer outro no lugar que funciona bem.
MTP 50P03
MOS-P-FET-e, 30V, 50A, 125W,
MTH 8N145 = 2SK 557
MUR 1620 / U 1620
C/DIODO DUPLO
OT 306 / TIC 106 / BT 151
ON 4962 / BU1577 / BU 515D / BU 508AF Original
MOSFET MTP
STP MTP STP
MTP STP MTP
STP
P 2NA50FI = BUK444 / 6N60 / K2545 / K2645
P 2N60B / P6N60 / K2545 / K2645 / P6N60FI
P 4NB50FP / P 6N60FI
(MOS-N-FET 500V 4A 50W)
P 6N60FI
ISOLADO = SSS 6N60FI = 6N61 ( 600V,6A,125W ) ( Subst.K2645,2740 )
P 6N60 METÁLICO (MOS-N-FET 600V 6A 125W) NÃO IZOLADO
P 80NF55 NOBRAIK
STP 6NK90Z
CCE ( P6N60 / 2SK2545 / 2SK2645 )
STP 7N60 / SSS 7N60 ( SUBST, K2545, K2546, K2740, P6N60FI
)
STP 7NB60FP = IRFP6N60FI, K2545 ,2645, 2740
STP 7NK80FP = P6N60FI, K2545, K2645, K2740
STP 8N60FP
STP 6NC80ZF / P6N60FI, K2545, 2645, K2740
P 10NK80
P 11N60C2 = P6N60, K2545, K2645, K2740
P 11N60C3
STP 14NF12FP, S. DE SOM PHILIPS / PHILIPS
STP 16NEQ / MTP3055, SOM PHILIPS (IRF640 OU K2723)
STP 16NE06, 60V,16A,60W, (MTP3055, IRF531, IRF640,
IRFZ44N, J176), SOM PHILIPS
STP 20N60C250 / P6N60FI
STP 30N06 = MTP50N06 / Z44N / Z46N / Z48N (MOS-N-FET
60V 30A 90W)
STP 50N06 / P52N06 / P55N06 / P55N03 / IRFZ44N /
IRFZ46N / IRFZ48N
STP 52N06 = STP50N06 / IRFZ44N / Z46N / Z48N (60V,
52A, 188W) = STP55NE06
STP 55NF06 / MTP52N06 / BUK556-6 (25V, 55A, 103W)
PHP 55N03LT (MOS-N-FET-e 25V, 55A, 103W) = MTP
52N06VL / P 30N06 / P 55N06
116F5079 / G48C20UD (SUBST 50NF06 / 52NF06 / 55NF06)
PS 2501 = PC817
U 9N06
U 9NC80 (MOS-N-FET, 600V, 10A, 145W)
S 1854 / SE115
Regulador de voltagem 15v
S 2055N / 2553 ORIGINAL
S 5350S / A733
S 8050 (Subst. BC548 inverter coletor e emissor)
SF 3J41 = CR3M, TIC 106 SCR
SGSIF444 / SGS 444 / SGSIF 444 (ST ORIGINAL MORROCO)
TIC 106D / 116 / 126 / BT 151 SCR
TIC 116 / 106 / 126 / BT 151 (SCR)
TIC 126D / 106 / 116 / BT151 / BT152 (SCR)
TIC 206D Triac
TIC 216D Triac
TIC 216M Triac
TIC 226C / MAC08 / BTA08 (TRIAC)
TIC 226D / MAC08 / BTA08 (TRIAC)
TIP 29C = 41C o inverso não é verdadeiro por causa
das características, potência e voltagem.
TIP 30C / Subst TIP42
TIP 31C / Subst TIP41
TIP 32A / Subst TIP42
TIP 32C / TIP42
TIP 34C / 36
TIP 35C = C3181 / 3182 / C5198
TIP 36C = A1265 / 1264 / A1941
TIP 41C
100 / 100V / 5V, 6A
TIP 42C / TIP 30C
TIP 100 / 102 / 122 NPN
TIP 102 / 122 NPN
TIP 105 / 107 / 125 / 126 / 127 PNP (2SB1568)
TIP 106 / 105 / 107 PNP
TIP 107 / 105 / 127 / 135/136/137 PNP
TIP 121 = 122
TIP 122 / 102 / 100 / 2SD1933
TIP 125 / 126 / 127 / 135/136/137/105 / 107 PNP (SUBS.
2SB1342)
TIP 126 / 125 / 127 / 137 / 105 / 107 / PNP
TIP 127 / 125 / 126 /135/136/137/105/107 PNP
TIP 140 / 141, 142 GRANDE NPN
TIP 141 / 142, 140
TIP 142 / 140, 141 GRANDE NPN
TIP 145F Isolado PNP
TIP 150 / TIP 151 / TIP 152 DARLINGTON 300V, 7A
TIP 2955 / TIP 36C / C3182 / C5198
TIP 3055 / TIP 35C / A1941 / A1265
1M0565 = 5MR0265/0365/1L280
