Mosfet Referencia Cruzada.doc

7/25/2019 Mosfet Referencia Cruzada.doc

1/100

Cross Reference of MOSFET part numbersstarting with 2

PartNumber

VDSSV!

RDSON!ohms!

"D #! Pac$ageToshiba

Rep%acementNote

Si%icon Stan&ar&E'ui(a%ent

Ven&er

2N7000 60 5 0.2 TO-92 Fairchild

2N7002 60 7.5 0.115 SOT-23 Fairchild

2SJ377 -60 0.19 -5 POWER MOLD 2SJ377 T!"hi#a

2SJ37$ -60 0.19 -5 TPS 2SJ37$ T!"hi#a

2SJ3$0 -100 0.21 -12 TO-220%S 2SJ3$0 T!"hi#a

2SJ&01 -60 0.0&5 -20 TO-220 FL'SM 2SJ&01 T!"hi#a

2SJ&02 -60 0.03$ -30 TO-220 FL'SM 2SJ&02 T!"hi#a

2SJ&07 -200 1 -6 TO-220 %S 2SJ&07 T!"hi#a

2SJ&12 -100 0.21 -16 TO-220 FL'SM 2SJ&12 T!"hi#a

2SJ&19 -12 0.0$2 -& SO-$(Si)*l+, Sa)!2SJ&20 -12 0.063 -5 SO-$(Si)*l+, Sa)!

2SJ&21 -30 0.05$ -5 SO-$(Si)*l+, TP$10&-/ Sa)!

2SJ&3$ -60 0.19 -5 TO-220 %S 2SJ&3$ T!"hi#a

2SJ&39 -16 0.2 -5 POWER MOLD 2SJ&39 T!"hi#a

2SJ&6& -100 0.09 -1$ TO-220 %S 2SJ&6& T!"hi#a

2SJ&65 -16 0.71 -2 POWER-M%N% 2SJ&65 T!"hi#a

2SJ&6$ -30 0.1 -& SO-$(Si)*l+, TP$10&-/ Sa)!

2SJ&69 -30 0.075 -5 SO-$(Si)*l+, TP$10&-/ Sa)!

2SJ&$2 -60 0.19 -5 SP 2SJ&$2 T!"hi#a

2SJ507 -60 0.7 -1 TO-92 MOD 2SJ507 T!"hi#a

2SJ50$ -100 1.9 -1 POWER-M%N% 2SJ50$ T!"hi#a

2SJ509 -100 1.9 -1 TO-92 MOD 2SJ509 T!"hi#a

2SJ511 -30 0.&5 -2 POWER-M%N% 2SJ511 T!"hi#a

2SJ512 -250 1.25 -5 TO-220 %S 2SJ512 T!"hi#a

2SJ513 -200 0.5 -9.5 TO-220 %S 2SJ513 T!"hi#a

2SJ51& -250 0.625 -7.5 TO-220 %S 2SJ51& T!"hi#a

2SJ515 -200 0.6& -7 TO-220 %S 2SJ515 T!"hi#a

2SJ516 -250 0.$ -6.5 TO-220 %S 2SJ516 T!"hi#a

2SJ525 -30 0.12 -5 TPS 2SJ525 T!"hi#a2SJ537 -50 0.19 -5 TO-92 MOD 2SJ537 T!"hi#a

2S1119 1000 3.$ & TO-220 2S1119 T!"hi#a

2S1120 1000 1.$ $ TO-3P(N, 2S1120 T!"hi#a

2S1359 1000 3.$ 5 TO-3P(N, 2S1359 T!"hi#a

2S1365 1000 1.$ 7 TO-3P(N, %S2S1365 T!"hi#a

2S1&$9 1000 1 12TO-

3P(L,2S1&$9 T!"hi#a

2S1930 1000 3.$ & TO-220 FL'SM 2S1930 T!"hi#a

2S21&1 600 3 TO-220 SSM07N70F NE

2S2173 60 0.017 50 TO-3P(N, 2S2173 T!"hi#a2S2200 100 0.35 3 TPS 2S2200 T!"hi#a


2/100

2S2201 100 0.35 3 POWER MOLD 2S2201 T!"hi#a

2S2229 60 0.16 5 TPS 2S2229 T!"hi#a


2S2232 60 0.0&6 25 TO-220 %S 2S2232 T!"hi#a

2S2233 60 0.03 &5 TO-3P(N, 2S2233 T!"hi#a2S2266 60 0.03 &5 TO-220 FL'SM 2S2266 T!"hi#a

2S2267 60 0.011 60TO-

3P(L,2S2267 T!"hi#a

2S227& 700 1.7 5 TO-220 %S 2S227& T!"hi#a

2S2311 60 0.0&6 25 TO-220 FL'SM 2S2311 T!"hi#a

2S2312 60 0.017 &5 TO-220 %S 2S2312 T!"hi#a

2S2313 60 0.011 60 TO-3P(N, 2S2313 T!"hi#a

2S231& 100 0.0$5 27 TO-220 2S231& T!"hi#a

2S2350 200 0.& $.5 TO-220 %S 2S2350 T!"hi#a

2S2376 60 0.017 &5 TO-220 FL'SM 2S2376 T!"hi#a2S23$1 200 0.$ 5 TO-220 %S 2S23$1 T!"hi#a

2S23$2 200 0.1$ 15 TO-220 %S 2S23$2 T!"hi#a

2S23$5 60 0.03 36 TO-220 %S 2S23$5 T!"hi#a

2S23$9 700 1.7 5 TO-220 2S23$9 T!"hi#a

2S2391 100 0.0$5 20 TO-220 %S 2S2391 T!"hi#a

2S239$ 60 0.03 &5 TO-3P(N, 2S2233 T!"hi#a


2S2&00 100 0.23 5 TPS 2S2&00 T!"hi#a

2S2&01 200 0.1$ 15 TO-220 FL'SM 2S2&01 T!"hi#a

2S2&17 250 0.5 7.5 TO-220 %S 2S2&17 T!"hi#a

2S2&&0 20 0.03$ 6 SO-$(Si)*l+, TP$00$ Sa)!

2S2&&1 20 0.032 7 SO-$(Si)*l+, TP$00$ Sa)!

2S2&&2 30 0.029 7 SO-$(Si)*l+, TP$006-/ Sa)!

2S2&&5 60 0.01$ 50 TO-3P(N, 2S2&&5 T!"hi#a

2S2&66 100 0.0&6 30 TO-220 %S 2S2&66 T!"hi#a

2S2&93 16 0.1 5 POWER MOLD 2S2&93 T!"hi#a

2S2507 50 0.0&6 25 TO-220 %S 2S2507 T!"hi#a

2S250$ 250 0.25 13 TO-220 %S 2S250$ T!"hi#a

2S25&2 500 0.$5 $ TO-220 2S25&2 T!"hi#a2S25&3 500 0.$5 $ TO-220 %S 2S25&3 T!"hi#a

2S25&& 600 1.25 6 TO-220 2S25&& SSM07N70F T!"hi#a

2S25&5 600 1.25 6 TO-220 %S 2S25&5 SSM07N$0R T!"hi#a

2S25&9 16 0.29 2 POWER-M%N% 2S25&9 T!"hi#a

2S2550 50 0.03 &5 TO-3P(N, 2S2550 T!"hi#a

2S2551 50 0.011 50 TO-3P(N, 2S2551 T!"hi#a

2S2556 30 0.0& 6 SO-$(Si)*l+, TP$006-/ Sa)!

2S2557 30 0.037 7 SO-$(Si)*l+, TP$006-/ Sa)!

2S259$ 250 0.25 13 TO-220 FL'SM 2S259$ T!"hi#a

2S2599 500 3 2 TPS 2S2599 T!"hi#a


3/100

2S2600 500 0.$5 $ TO-3P(N, %S2S2600 T!"hi#a

2S2601 500 1 10 TO-3P(N, 2S2601 T!"hi#a

2S2602 600 1.25 6 TO-3P(N, 2S2602 T!"hi#a

2S2603 $00 3.6 3 TO-220 2S2603 T!"hi#a

2S260& $00 2.2 5 TO-3P(N, 2S260& T!"hi#a2S2605 $00 2.2 5 TO-220 %S 2S2605 T!"hi#a

2S2606 $00 1.2 $.5 TO-3P(N, %S2S2606 T!"hi#a

2S2607 $00 1.2 9 TO-3P(N, 2S2607 T!"hi#a

2S260$ 900 &.3 3 TO-220 2S260$ T!"hi#a

2S2610 900 2.5 5 TO-3P(N, 2S2610 T!"hi#a

2S2611 900 1.& 9 TO-3P(N, 2S2611 T!"hi#a

2S2613 1000 1.7 $ TO-3P(N, 2S2613 T!"hi#a

2S261& 50 0.0&6 20 DP 2S261& T!"hi#a

2S2615 60 0.37 2 POWER-M%N% 2S2615 T!"hi#a

2S2637 20 0.025 $ SO-$(Si)*l+, TP$00$ Sa)!

2S26&5-01MR

600 1.2 TO-220F SSM07N70E Fi

2S2661 500 1.5 5 TO-220 2S2661 T!"hi#a

2S2662 500 1.5 5 TO-220 %S 2S2662 T!"hi#a

2S2679 &00 1.2 5.5 TO-220 %S 2S2679 T!"hi#a

2S269$ 500 0.& 15 TO-3P(N, 2S269$ T!"hi#a

2S2699 600 0.65 12 TO-3P(N, 2S2699 T!"hi#a

2S2700 900 &.3 3 TO-220 %S 2S2700 T!"hi#a

2S2717 900 2.5 5 TO-220 %S 2S2717 T!"hi#a

2S271$ 900 6.& 2.5 TO-220 %S 2S271$ T!"hi#a

2S2719 900 &.3 3 TO-3P(N, 2S2719 T!"hi#a

2S2733 900 9 1 TO-220 2S2733 T!"hi#a

2S27&1 60 0.16 5 SP 2S27&1 T!"hi#a

2S27&2 100 0.35 3 SP 2S27&2 T!"hi#a

2S27&& 50 0.02 &5 TO-3P(N, 2S27&& T!"hi#a

2S27&5 50 0.0095 50 TO-3P(N, 2S27&5 T!"hi#a

2S27&6 $00 1.7 7 TO-3P(N, 2S27&6 SSM09N70F T!"hi#a

2S27&9 900 2 7 TO-3P(N, 2S27&9 T!"hi#a

2S2750 600 2.2 3.5 TO-220 %S 2S2750 T!"hi#a2S2761-

01MR600 1 TO-220F SSM2761F Fi

2S2776 500 0.$5 $ TO-220 FL'SM 2S2776 T!"hi#a

2S2777 600 1.25 6 TO-220 FL'SM 2S2777 T!"hi#a

2S27$2 60 0.055 20 DP 2S27$2 T!"hi#a

2S27$9 100 0.0$5 27 TO-220 FL'SM 2S27$9 T!"hi#a

2S2$35 200 0.$ 5 TPS 2S2$35 T!"hi#a

2S2$36 600 9 1 SP 2S2$36 T!"hi#a

2S2$37 500 0.27 20 TO-3P(N, 2S2$37 T!"hi#a

2S2$3$ &00 1.2 5.5 TO-220 FL'SM 2S2$3$ T!"hi#a


4/100

2S2$39 30 0.0& 10 SP 2S2$39 T!"hi#a

2S2$&0 250 1 &.5 TO-220 %S 2S2$&0 T!"hi#a

2S2$&1 &00 0.55 10 TO-220 2S2$&1 T!"hi#a

2S2$&2 500 0.52 12 TO-220 %S 2S2$&2 T!"hi#a

2S2$&3 600 0.75 10 TO-220 %S 2S2$&3 SSM09N70F T!"hi#a2S2$&& 30 0.02 35 TO-220 2S2$&& T!"hi#a

2S2$&5 900 9 1 DP 2S2$&5 T!"hi#a

2S2$&6 600 5 2 TPS 2S2$&6 T!"hi#a

2S2$&7 900 1.& $ TO-3P(N, %S2S2$&7 T!"hi#a

2S2$59 100 0.& 2 SO-$(Si)*l+, Sa)!

2S2$62 500 3 2 TO-220 %S 2S2$62 T!"hi#a

2S2$65 600 5 2 POWER MOLD 2S2$65 T!"hi#a

2S2$66 600 0.75 10 TO-220 2S2$66 SSM10N60P T!"hi#a

2S2$$2 150 0.12 1$ TO-220 %S 2S2$$2 T!"hi#a

2S2$$3 $00 3.6 3 TO-220 FL'SM 2S2$$3 T!"hi#a

2S2$$& $00 2.2 5 TO-220 FL'SM 2S2$$& T!"hi#a

2S2$$6 50 0.02 &5 TO-220 %S 2S2$$6 T!"hi#a

2S2$$9 600 0.75 10 TO-220 FL'SM 2S2$$9 SSM10N60R T!"hi#a

2S291& 250 0.5 $.5 TO-220 2S291& T!"hi#a

2S2915 600 0.& 16 TO-3P(N, 2S2915 T!"hi#a

2S2916 500 0.& 1& TO-3P(N, %S2S2916 T!"hi#a

2S2917 500 0.27 1$ TO-3P(N, %S2S2917 T!"hi#a

2S2920 200 0.$ 5 POWER MOLD 2S2920 T!"hi#a

2S29&9 &00 0.55 10 TO-220 FL'SM 2S29&9 T!"hi#a2S2952 &00 0.55 $.5 TO-220 %S 2S2952 T!"hi#a

2S2953 600 0.& 15 TO-3P(N, %S2S2953 T!"hi#a

2S2959 30 50 TO-220 SSM70N03P /%T/%

2S2961 60 0.27 2 TO-92 MOD 2S2961 T!"hi#a

2S2962 100 0.7 1 TO-92 MOD 2S2962 T!"hi#a

2S2963 100 0.7 1 POWER-M%N% 2S2963 T!"hi#a

2S296& 30 0.17 2 POWER-M%N% 2S296& T!"hi#a

2S2965 200 0.26 11 TO-220 %S 2S2965 T!"hi#a

2S2966 250 0.32 10 TO-220 %S 2S2966 T!"hi#a

2S2967 250 0.07 30 TO-3P(N, 2S2967 T!"hi#a

2S296$ 900 1.25 10 TO-3P(N, 2S296$ T!"hi#a

2S29$5 60 0.005$ &5 TO-220 %S 2S29$5 T!"hi#a

2S29$6 60 0.005$ &5 TO-220 FL'SM 2S29$6 T!"hi#a

2S29$7 60 0.005$ 70 TO-3P(N, 2S29$7 T!"hi#a

2S29$9 50 0.15 5 TO-92 MOD 2S29$9 T!"hi#a

2S2991 500 1.5 5 TO-220 FL'SM 2S2991 T!"hi#a

2S2992 200 3.5 1 POWER-M%N% 2S2992 T!"hi#a

2S2993 250 0.11 20 TO-220 FL'SM 2S2993 T!"hi#a

2S2995 250 0.07 30 TO-3P(N, %S2S2995 T!"hi#a2S2996 600 1 10 TO-220 %S 2S2996 SSM09N70F T!"hi#a


5/100

2S2997 $00 $ 1.5 DP 2S2997 T!"hi#a

2S299$ 500 1$ 0.5 TO-92 MOD 2S299$ T!"hi#a

2S3017 900 1.25 $ TO-3P(N, %S2S3017 T!"hi#a

2S3051 60 0.03 &5 TO-220 FL'SM 2S2266 T!"hi#a

2S3067 600 5 2 TO-220 %S 2S3067 T!"hi#a2S306$ 500 0.52 12 TO-220 FL'SM 2S306$ T!"hi#a

2S30$0 30 30 TO-220 SSM&0N03P /%T/%

2S30$1 30 &5 TO-220 SSM60L02P /%T/%

2S30$5 600 2.2 3.5 TO-220 2S30$5 T!"hi#a

2S30$$ 900 &.3 3 TO-220 FL'SM 2S30$$ T!"hi#a

2S30$9 30 0.03 &0 TO-220 FL'SM 2S30$9 T!"hi#a

2S3090 30 0.02 &5 TO-220 FL'SM 2S3090 T!"hi#a

2S3117 500 0.27 20 TO-3P(SM, 2S3117 T!"hi#a

2S3125 30 0.007 60 TO-3P(SM, 2S3125 T!"hi#a

2S3126 &50 0.65 10 TO-220 %S 2S3126 T!"hi#a

2S3127 30 0.011 &5 TO-220 FL'SM 2S3127 T!"hi#a

2S312$ 30 0.011 60 TO-3P(N, 2S312$ T!"hi#a

2S3176 200 0.052 30 TO-3P(N, 2S3176 T!"hi#a

2S3296 20 35 TO-220 SSM60L02P NE

2S3&67 20 $0 TO-220 SSM$5L02P NE

Note: A=Nearest equivalent. B=Different Package.

La"4 da4+ 2$-0$-05 # li+TE

Cross Reference of MOSFET part numbersstarting with #

Part NumberVDSS

V!RDSON!ohms!

"D#!

Pac$ageToshiba

Rep%acementNote


Ven&er

O&&03 -30 -6.1 SO-$ SSM&&35M OS

O&&0$ 30 12 SO-$ SSM66$0M OS

O&&10 30 1$ SO-$ SSM9&10M OS

O&&11 -30 -$ SO-$ SSM&&35M OS

O&&13 -30 -15 SO-$ SSM6679M OS

O&&15 -30 -$ SO-$ SSM&&35M OS

O&&22 30 11 SO-$ SSM&&10M OS

O&&30 30 $ SO-$ SSM9&10M OS

OD&0& 30 $5 TO-252 SSM90T03/ OS

OD&06 30 $5 TO-252 SSM90T03/ OS

OD&12 30 $5 TO-252 SSM$5T03/ OS

OD&1& 30 $5 TO-252 SSM90T03/ OS

PM2301 -30 -3 SOT-23-3 SSM2305N )+c

PM2301 -30 -3 SOT-23-3 SSM2305N )+cPM2305 -16 -3.5 SOT-23-3 SSM2307N )+c


6/100

PM2306 30 3.5 SOT-23-3 SSM2306N )+c

PM2307 -30 -3 SOT-23-3 SSM2305N )+c

PM3055L 30 12 TO-252 SSM15T03/ )+c

PM&&10 30 11.5 SO-$ SSM66$0M )+c

PM9&10 30 $ SO-$ SSM&&10M )+cPM9926 20 6 SO-$ SSM9926M )+c

PM9926O 20 6 SO-$ SSM9926EO )+c


Cross Reference of MOSFET part numbersstarting with )S

PartNumber

VDSSV!

RDSON!ohms!


Rep%acementNote


Ven&er

S107 200 26 0.13 TO-92 Si+8+)"

S170 60 5 0.5 TO-92 Fairchild

S170 60 5 0.3 TO-92 Si+8+)"

S270 60 2 0.& TO-92 Fairchild

SO307N 30 0.075 &.2SO-

$(Si)*l+,TP$00& Si+8+)"

SO615N 60 0.15 2.6SO-

$(Si)*l+, Si+8+)"

SO615N 60 0.12 3.1SO-

$(Si)*l+, Si+8+)"

SP123 100 6 0.3$ SOT223 Si+8+)"

SP125 600 &5 0.11 SOT223 2S2$36 Si+8+)"

SP129 2&0 20 0.19 SOT223 2S2$36 Si+8+)"

SP135 600 60 0.1 SOT223 2S2$36 Si+8+)"

SP1&9 200 3.5 0.&& SOT223 Si+8+)"

SP17 50 0.1 2.9 SOT223 2S27&1 Si+8+)"

SP170 -60 0.35 1.7 SOT-223 2SJ&$2 Si+8+)"

SP171 -60 0.35 1.7 SOT223 2SJ&$2 Si+8+)"

SP295 50 0.3 1.7 SOT223 2S27&1 Si+8+)"

SP296 100 0.$ 1 SOT223 2S27&2 Si+8+)"SP297 200 2 0.6 SOT223 Si+8+)"

SP29$ &00 3 0.&5 SOT223 Si+8+)"

SP299 500 & 0.& SOT223 Si+8+)"

SP300 $00 20 0.19 SOT-223 Si+8+)"

SP315 -50 0.$ 1 SOT223 Si+8+)"

SP316 -100 2.2 0.6 SOT223 2SJ50$ Si+8+)"

SP317 -200 6 0.3& SOT223 Si+8+)"

SP31$ 60 0.15 2.& SOT223 2S27&1 Si+8+)"

SP31$S 60 0.15 2.6 SOT-223 2S27&1 Si+8+)"

SP319 50 0.07 3.$ SOT223 2S27&1 Si+8+)"


7/100

SP320S 60 0.12 2.9 SOT-223 2S27&1 Si+8+)"

SP32& &00 25 0.16 SOT223 2S2$36 Si+8+)"

SP372 100 0.3 1.7 SOT223 2S27&2 Si+8+)"

SP373 100 0.3 1.7 SOT223 2S27&2 Si+8+)"

SP$$ 2&0 $ 0.32 SOT-223 2S2$36 Si+8+)"SP$9 2&0 6 0.36 SOT-223 2S2$36 Si+8+)"

SP92 -2&0 20 0.2 SOT-223 Si+8+)"

SS100 100 6 0.220.63 TO-92 Fairchild

SS100 100 6 0.22 TO-92 Si+8+)"

SS101 2&0 16 0.13 TO-92 Si+8+)"

SS110 -50 10 -0.170.63 TO-92 Fairchild

SS110 -50 10 0.1 TO-92 Si+8+)"

SS119 100 6 0.17 SOT-23 Si+8+)"

SS123 100 6 0.170.36 SOT-23 Fairchild

SS123 100 6 0.17 SOT-23 Si+8+)"

SS12& &00 2$ 0.12 TO-92 Si+8+)"

SS125 600 &5 0.1 TO-92 Si+8+)"

SS129 2&0 20 0.15 TO-92 Si+8+)"

SS131 2&0 16 0.1 SOT-23 Si+8+)"

SS135 600 60 0.0$ TO-92 Si+8+)"

SS13$ 50 3.5 0.220.36 SOT-23 Fairchild

SS13$ 50 3.5 0.22 SOT-23 Si+8+)"

SS139 250 100 0.0& SOT-23 Si+8+)"

SS1&5 65 3.5 0.22 SOT-23 Si+8+)"SS1&9 200 3.5 0.35 TO-92 Si+8+)"

SS159 50 $ 0.16 SOT-23 Si+8+)"

SS169 100 12 0.12 SOT-23 Si+8+)"

SS192 -2&0 20 0.15 SOT$9 Si+8+)"

SS229 250 100 0.07 TO-92 Si+8+)"

SS2$& -50 10 0.13 SOT-23 Si+8+)"

SS295 50 0.3 1.& TO-92 Si+8+)"

SS296 100 0.$ 0.$ TO-92 Si+8+)"

SS297 200 2 0.&$ TO-92 Si+8+)"

SS772$ 60 7.5 0.15 SOT-23 Si+8+)"

SS$& -50 10 -0.130.36 SOT-23 Fairchild

SS$& -50 10 0.13 SOT-23 Si+8+)"

SS$7 2&0 6 0.29 SOT$9 Si+8+)"

SS92 -2&0 20 0.1 TO-92 Si+8+)"

SS9$ 50 3.5 0.3 TO-92 Si+8+)"


La"4 da4+ 2$-0$-05 # li+TE


8/100

MOSFET Cross Reference

Cross Reference of MOSFET part numbersstarting with )*+

Part NumberVDSS

V!RDSON!ohms!

"D#!

Pac$ageToshiba

Rep%acementNote


Ven&er

73 200 5.5 TO-220 SSM630P %):i)+!)

&&&-200 200 0.& 5.3 TO-220 %S 2S2350 Phili"

&&&-200 200 0.5 &.7 TO-220 %S 2S2350 Phili"

&&&-$00 $00 6 1.& TO-220 %S 2S2603 Phili"

&&&-$00 $00 $ 1.2 TO-220 %S 2S2997 Phili"&&5-200 200 0.23 7.6 TO-220 %S 2S23$2 Phili"

&&5-200 200 0.2$ 7 TO-220 %S 2S2965 Phili"

&&6-1000

1000 5 1.5 TO-220 %S 2S1119 Phili"

&&6-$00 $00 3 2 TO-220 %S 2S2603 Phili"

&&6-$00 $00 & 1.7 TO-220 %S 2S2603 Phili"

&52-100 100 0.25 11 TO220 2S2399 Phili"

&52-100 100 0.3 10 TO220 Phili"

&52-60 60 0.13 15 TO220 2S2231 Phili"

&52-60 60 0.15 1& TO220 2S2231 Phili"

&53-100 100 0.16 1& TO220 2S231& Phili"

&53-100 100 0.2 13 TO220 2S2399 Phili"

&53-60 60 0.0$ 22 TO220 2S2232 Phili"

&53-60 60 0.1 20 TO220 2S2232 Phili"

&5&-200 200 0.& 9.2 TO220 ;T630 SSM630P Phili"

&5&-200 200 0.5 $.2 TO220 ;T630 SSM630P Phili"

&5&-60/ 60 0.03$ &1 TO220 2S23$5 Phili"

&5&-$00 $00 6 2.& TO220 2S2603 Phili"

&5&-$00 $00 $ 2 TO220 2S2997 Phili"&55-100 100 0.0$ 26 TO220 2S231& Phili"

&55-100 100 0.1 23 TO220 2S231& Phili"

&55-200 200 0.23 1& TO220 ;T6&0 Phili"

&55-200 200 0.2$ 13 TO220 2S2965 Phili"

&55-60 60 0.03$ &1 TO220 2S23$5 Phili"

&55-60 60 0.0&5 3$ TO220 2S2232 Phili"

&55-60/ 60 0.03 &3 TO220 2S23$5 Phili"

&56-1000

1000 5 3.1 TO220 2S1119 Phili"

&56-100 100 0.057 3& TO220 2S2&66 Phili"

&56-100 100 0.065 32 TO220 2S231& Phili"
http://clivetec.superihost.com/MOSFET_T.htmhttp://clivetec.superihost.com/MOSFET_STP-.htmhttp://clivetec.superihost.com/MOSFET_STB-.htmhttp://clivetec.superihost.com/MOSFET_SS.htmhttp://clivetec.superihost.com/MOSFET_SP.htmhttp://clivetec.superihost.com/MOSFET_SM-.htmhttp://clivetec.superihost.com/MOSFET_Si.htmhttp://clivetec.superihost.com/MOSFET_R.htmhttp://clivetec.superihost.com/MOSFET_P.htmhttp://clivetec.superihost.com/MOSFET_N.htmhttp://clivetec.superihost.com/MOSFET_M.htmhttp://clivetec.superihost.com/MOSFET_IRL.htmhttp://clivetec.superihost.com/MOSFET_IRFL-.htmhttp://clivetec.superihost.com/MOSFET_IRFI.htmhttp://clivetec.superihost.com/MOSFET_IRFB-.htmhttp://clivetec.superihost.com/MOSFET_IRF-.htmhttp://clivetec.superihost.com/MOSFET_IBP-.htmhttp://clivetec.superihost.com/MOSFET_H.htmhttp://clivetec.superihost.com/MOSFET_G.htmhttp://clivetec.superihost.com/MOSFET_F.htmhttp://clivetec.superihost.com/MOSFET_C.htmhttp://clivetec.superihost.com/MOSFET_BUZ.htmhttp://clivetec.superihost.com/MOSFET_BS.htmhttp://clivetec.superihost.com/MOSFET_A.htm


9/100

&56-200 200 0.16 19 TO220 ;T6&0 SSM630P Phili"

&56-200 200 0.2 17 TO220 ;T6&0 SSM630P Phili"

&56-60 60 0.02$ 52 TO220 2S23$5 Phili"

&56-60 60 0.03 51 TO220 2S23$5 Phili"

&56-60/ 60 0.02 60 TO220 2S2312 Phili"&56-$00 $00 3 & TO220 2S2603 Phili"

&56-$00 $00 & 3.5 TO220 2S2603 Phili"

&62-100 100 0.25 11 D2P 2S2399 Phili"

&62-60 60 0.13 15 D2P 2S2231 Phili"

&63-100 100 0.16 1& D2P 2S27$9 Phili"

&63-60 60 0.0$ 22 D2P 2S2311 Phili"

&6&-200 200 0.& 9.2 D2P 2S2&01 Phili"

&6&-60/ 60 0.03$ &1 D2P 2S2266 Phili"

&65-100 100 0.0$ 26 D2P 2S27$9 Phili"

&65-200 200 0.23 1& D2P 2S2&01 Phili"

&65-60 60 0.03$ &1 D2P 2S2266 Phili"

&65-60/ 60 0.03 &3 D2P 2S2266 Phili"

&66-100 100 0.057 3& D2P 2S2&66 Phili"

&66-200 200 0.16 19 D2P 2S2&01 Phili"

&66-60 60 0.02$ 52 D2P 2S2266 Phili"

&66-60/ 60 0.02 60 D2P 2S2376 Phili"

&72-100 100 0.25 6.6 TO-220 %S 2S2399 Phili"

&72-100 200 0.3 6.1 TO-220 %S Phili"

&72-60 60 0.13 10 TO-220 %S 2S2231 Phili"&72-60 60 0.15 9.2 TO-220 %S 2S2231 Phili"

&73-100 100 0.16 9 TO-220 %S 2S2391 Phili"

&73-100 200 0.2 $ TO-220 %S 2S2399 Phili"

&73-60 60 0.0$ 13 TO-220 %S 2S2232 Phili"

&73-60 60 0.1 12 TO-220 %S 2S2232 Phili"

&7&-200 200 0.& 5.3 TO-220 %S 2S2350 Phili"

&7&-200 200 0.5 &.7 TO-220 %S 2S2350 Phili"

&7&-60/ 60 0.03$ 21 TO-220 %S 2S23$5 Phili"

&75-100 100 0.0$ 1& TO-220 %S 2S2391 Phili"

&75-100 100 0.1 12 TO-220 %S 2S2391 Phili"

&75-200 200 0.23 7.6 TO-220 %S 2S23$2 Phili"

&75-200 200 0.2$ 7 TO-220 %S 2S2965 Phili"

&75-60 60 0.03$ 21 TO-220 %S 2S23$5 Phili"

&75-60 60 0.0&5 20 TO-220 %S 2S2232 Phili"

&75-60/ 60 0.03 22.5 TO-220 %S 2S23$5 Phili"

&$1-100 100 0.$ 1 SOT223 2S27&2 Phili"

&$1-60 60 0.35 1.6 SOT223 2S27&1 Phili"

&$2-100 100 0.2$ 1.$ SOT223 2S27&2 Phili"

&$2-200 200 0.9 2 SOT223 Phili"&$2-60 60 0.13 2.5 SOT223 2S27&1 Phili"


10/100

&$3-60 60 0.1 3.2 SOT223 Phili"

5&2-100 100 0.2$ 6.3 TO-220 %S 2S2399 Phili"

5&2-100 100 0.35 5.6 TO-220 %S Phili"

5&2-60 60 0.15 9.2 TO-220 %S 2S2231 Phili"

5&2-60 60 0.1$ $.& TO-220 %S 2S2231 Phili"5&3-100 100 0.1$ $.3 TO-220 %S 2S2391 Phili"

5&3-100 100 0.22 7.5 TO-220 %S 2S2399 Phili"

5&3-60 60 0.0$5 13 TO-220 %S 2S2232 Phili"

5&3-60 60 0.1 12 TO-220 %S 2S2232 Phili"

5&5-100 100 0.0$5 13 TO-220 %S 2S2391 Phili"

5&5-100 100 0.11 12 TO-220 %S 2S2391 Phili"

5&5-200 200 0.23 7.6 TO-220 %S 2S23$2 Phili"

5&5-200 200 0.2$ 7 TO-220 %S 2S2965 Phili"

5&5-60 60 0.0&2 20 TO-220 %S 2S2232 Phili"

5&5-60 60 0.055 1$ TO-220 %S 2S2232 Phili"

5&5-60/ 60 0.03$ 21 TO-220 %S 2S23$5 Phili"

552-100 100 0.2$ 10 TO220 2S2399 Phili"

552-100 100 0.35 $.5 TO220 Phili"

552-60 60 0.15 1& TO220 2S2231 Phili"

552-60 60 0.1$ 13 TO220 2S2231 Phili"

553-100 100 0.1$ 13 TO220 2S231& Phili"

553-100 100 0.22 12 TO220 2S2399 Phili"

553-&$ &$ 0.0$5 21 TO220 Phili"

553-60 60 0.0$5 21 TO220 2S2232 Phili"553-60 60 0.1 20 TO220 2S2232 Phili"

55&-200 200 0.& 9.2 TO220 ;T630 SSM630P Phili"

55&-200 200 0.5 $.2 TO220 ;T630 SSM630P Phili"

55&-60/ 60 0.0&2 39 TO220 2S2232 Phili"

555-100 100 0.0$5 25 TO220 2S231& Phili"

555-100 100 0.11 22 TO220 2S231& Phili"

555-200 200 0.23 1& TO220 ;T6&0 Phili"

555-200 200 0.2$ 13 TO220 2S2965 Phili"

555-60 60 0.0&2 39 TO220 2S2232 Phili"

555-60 60 0.055 35 TO220 2S2232 Phili"

555-60/ 60 0.03$ &1 TO220 2S23$5 Phili"

556-60 60 0.026 50 TO220 2S23$5 Phili"

556-60/ 60 0.022 60 TO220 2S2312 Phili"

562-100 100 0.2$ 10 D2P 2S2399 Phili"

-562 60 0.15 1& D2P 2S2231 Phili"

563-100 100 0.1$ 13 D2P 2S27$9 Phili"

563-&$ &$ 0.0$5 21 D2P Phili"

563-60 60 0.0$5 21 D2P 2S2311 Phili"

56&-200 200 0.& 9.2 D2P 2S2&01 Phili"56&-60/ 60 0.0&2 39 D2P 2S2311 Phili"


11/100

565-100 100 0.0$5 1& D2P 2S27$9 Phili"

565-200 200 0.23 1& D2P 2S2&01 Phili"

565-60 60 0.0&2 39 D2P 2S2311 Phili"

565-60/ 60 0.03$ &1 D2P 2S2266 Phili"

566-60 60 0.026 50 D2P 2S2266 Phili"566-60/ 60 0.022 60 D2P 2S2376 Phili"

573-&$ &$ 0.0$5 13 TO-220 %S Phili"

57&-60/ 60 0.0&2 20 TO-220 %S 2S2232 Phili"

5$1-100 100 0.9 0.9 SOT223 Phili"

5$1-60 60 0.& 1.5 SOT223 2S27&1 Phili"

5$2-100 100 0.31 1.7 SOT223 2S27&2 Phili"

5$2-60 60 0.15 2.7 SOT223 2S27&1 Phili"

5$3-60 60 0.1 3.2 SOT223 Phili"

750$-55 55 0.00$ 75 TO220 2S29$5 Phili"

751&-55 55 0.01& 6$ TO220 2S2312 Phili"

751$-30 30 55 TO-220 SSM&0N03P Phili"

751$-55 55 0.01$ 57 TO220 2S2312 Phili"

7520-55 55 0.02 52 TO220 2S2312 Phili"

752&-55 55 0.02& &5 TO220 2S23$5 Phili"

7530-55 55 0.03 30 TO220 2S23$5 Phili"

75&0-55 55 0.0& 10.7 SOT223 Phili"

7570-55 55 0.07 19 TO220 2S2232 Phili"

760$-55 55 0.00$ 75 D2P 2S29$6 Phili"

7610-30 30 75 TO-263 SSM70N03S Phili"761&-30 30 55 TO-263 SSM60N03S Phili"

761&-55 55 0.01& 6$ D2P 2S2376 Phili"

761$-55 55 0.01$ 57 D2P 2S2376 Phili"

7620-55 55 0.02 52 D2P 2S2376 Phili"

762&-55 55 0.02& &5 D2P 2S2266 Phili"

7630-55 55 0.03 30 D2P 2S2266 Phili"

7670-55 55 0.07 19 D2P 2S2311 Phili"

7$150-55 55 0.15 5.5 SOT223 2S27&1 Phili"

7$$0-55 55 0.0$ 7.5 SOT223 Phili"

950$-55 55 0.00$ 75 TO220 2S29$5 Phili"

9510-30 30 75 TO-220 SSM$0N03P Phili"

951&-30 30 69 TO-220 SSM70L02P Phili"

951&-55 55 0.01& 6$ TO220 2S2312 Phili"

951$-30 30 55 TO-220 SSM60L02P Phili"

951$-55 55 0.01$ 57 TO220 2S2312 Phili"

9520-55 55 0.02 52 TO220 2S2312 Phili"

952&-55 55 0.02& &5 TO220 2S23$5 Phili"

9530-55 55 0.03 30 TO220 2S23$5 Phili"

9570-55 55 0.07 19 TO220 2S2232 Phili"960$-55 55 0.00$ 75 D2P 2S29$6 Phili"


12/100

9610-30 30 75 TO-263 SSM$0N03S Phili"

961&-30 30 69 TO-263 SSM70N03S Phili"

961&-55 55 0.01& 6$ D2P 2S2376 Phili"

961$-30 30 55 TO-263 SSM60N03S Phili"

961$-55 55 0.01$ 57 D2P 2S2376 Phili"9620-55 55 0.02 52 D2P 2S2376 Phili"

962&-55 55 0.02& &5 D2P 2S2266 Phili"

9630-55 55 0.03 30 D2P 2S2266 Phili"

9670-55 55 0.07 19 D2P 2S2311 Phili"

9$150-55 55 0.15 5.5 SOT223 2S27&1 Phili"

9$&0-55 55 0.0& 10.7 SOT223 Phili"

9$$0-55 55 0.0$ 7.5 SOT223 Phili"


La"4 da4+ 2$-0$-05 # li+TE

Cross Reference of MOSFET part numbersstarting with )*,

PartNumber

VDSSV!

RDSON!ohms!


Rep%acementNote


Ven&er


13/100


14/100


15/100


16/100


17/100


18/100

F10/3N 30 0.015 10SO-

$(Si)*l+,TP$005-/ Shi)d+)*+)

F2/3ND 30 0.1$ 2.5 SO-$(Dal, Shi)d+)*+)

F3/3 30'-30 0.1$'0.2 2.5'-2.5SOP-

$(P=N, Shi)d+)*+)

F3/3ND 30 0.11 3 SO-$(Dal, TP$201 Shi)d+)*+)

F3/3P -30 0.2 -2.5SO-

$(Si)*l+, Shi)d+)*+)

F3/3PD -30 0.2 -2.5 SO-$(Dal, Shi)d+)*+)

F&/3 30'-30 0.07'0.15 &'-3.5SOP-

$(P=N,TP$&01 Shi)d+)*+)

F&/3N 30 0.07 &SO-

$(Si)*l+,TP$00& Shi)d+)*+)

F&/3ND 30 0.07 & SO-$(Dal, TP$201 Shi)d+)*+)

F&/3P -30 0.15 -3.5SO-

$(Si)*l+, Shi)d+)*+)

F&/3PD -30 0.15 -3.5 SO-$(Dal, TP$301 Shi)d+)*+)

F5/2ND 20 0.0& 5 SO-$(Dal, TP$202 Shi)d+)*+)

F5/3N 30 0.05 5SO-

$(Si)*l+,TP$00& Shi)d+)*+)

F5/3ND 30 0.05 5 SO-$(Dal, TP$201 Shi)d+)*+)

F5/3P -30 0.09 -&.5SO-

$(Si)*l+,TP$10&-/ Shi)d+)*+)

F7/2N 20 0.022 7SO-

$(Si)*l+,TP$00$ Shi)d+)*+)

F7/3P> -30 0.05 -6.5 SO-$(Si)*l+,

TP$105-/ Shi)d+)*+)

F$/3N 30 0.03 $SO-

$(Si)*l+,TP$006-/ Shi)d+)*+)

F9/&N &0 0.03 9SO-

$(Si)*l+, Shi)d+)*+)

F3$S50L 500 0.13 3$ SOT-227 %R

F57S50L 500 0.0$ 57 SOT-227 %R

FD6030L 30 52 TO-263 SSM60L02S Fairchild

FD6035L 30 5$ TO-263 SSM60N03S Fairchild

FD6670L 30 $0 TO-263 SSM$5L02S FairchildFD6676 30 &2 TO-263 SSM$5L02S Fairchild

FD6690S 30 21 TO-263 SSM50L02S Fairchild

FD7030L 30 60 TO-263 SSM70L02S Fairchild

FD7030L 30 100 TO-263 SSM$0N03S Fairchild

FD70&2L 30 50 TO-263 SSM$0N03S Fairchild

FD70&5L 30 100 TO-263 SSM90N03S Fairchild

FD6301N 25 & 0.22SSOT-6(Dal,

Fairchild

FD6302P -25 10 -0.120.9SSOT-

6(Dal, Fairchild

FD6303N 25 0.&5 0.6$ SSOT- Fairchild


19/100

6(Dal,

FD630&P -25 1.1 -0.&60.9SSOT-6(Dal,

Fairchild

FD6306P -20 0.16 -1.90.9SSOT-6(Dal,

Fairchild

FD6320 25'-25 0&-Oc40.22'-0.12

SSOT-6(P=N,

Fairchild

FD6321 25'-25 0.0&5'1.10.6$'-0.&6

SSOT-6(P=N,

Fairchild

FD6322 25'-25 &'1.10.22'-0.&6

SSOT-6(P=N,

Fairchild

FD633N 30 0.0&2 5.2SSOT-

6(Si)*l+, Fairchild

FD63&P -20 0.0$ -3.51.6SSOT-

6(Si)*l+, Fairchild

FD636P -20 0.13 -2.$1.6 SSOT-6(Si)*l+,

Fairchild

FD63$P -20 0.05 -&.51.6SSOT-

6(Si)*l+, Fairchild

FD6506P -30 0.165 -1.$0.9SSOT-6(Dal,

Fairchild

FD653N 30 0.035 5SSOT-

6(Si)*l+, Fairchild

FD65&P -30 0.075 -3.61.6SSOT-

6(Si)*l+, Fairchild

FD655N 30 0.027 6.3

SSOT-

6(Si)*l+, Fairchild

FD6561N 30 0.095 2.5SSOT-6(Dal,

Fairchild

FD65$P -30 0.05 -&SSOT-

6(Si)*l+, Fairchild

FDD6672 30 65 TO-252 SSM$0N03/ Fairchild

FDD6690 30 &6 TO-252 SSM60L02/ Fairchild

FDD6690S 30 &0 TO-252 SSM50L02/ Fairchild

FD?6301N 25 & 0.22S70-6(Dal,

Fairchild

FD?6302P -25 10 -0.1&0.3 S70-6(Dal,

Fairchild

FD?6303N 25 0.&5 0.5S70-6(Dal,

Fairchild

FD?630&P -25 1.1 -0.&1S70-6(Dal,

Fairchild

FD?6320 25'-25 &'100.22'-0.1&

S70-6(P=N,

Fairchild

FD?6321 25'-25 0.&5'1.100.50'-0.&1

S70-6(P=N,

Fairchild

FD?6322 25'-25 &'1.10 0.22'-0.&1 S70-6(P=N, Fairchild


20/100

FDN336P -20 0.2 -1.30.5 SOT-23 Fairchild

FDN337N 30 0.065 2.2 SOT-23 Fairchild

FDN33$P -20 0.13 -1.60.5 SOT-23 Fairchild

FDN33$P 20 1.6 SO-$ SSM2301N Fairchild

FDN3&0P -20 0.07 -2 SOT-23 FairchildFDN357N 30 0.06 2.2 SOT-23 SSM2302N Fairchild

FDN35$P -30 0.125 -1.50.5 SOT-23 Fairchild

FDN359N 30 0.0&& 2.7 SOT-23 Fairchild

FDN360P -30 0.0$5 -2 SOT-23 Fairchild

FDN361N 30 1.$ SOT-23 SSM230&N Fairchild

FDP&030L 30 0.035 20 TO-220 2S2$&& Fairchild

FDP6030L 30 0.0135 52 TO-220 2S3127 SSM60L02P Fairchild

FDP6035L 30 0.0125 &$ TO-220 2S3127 SSM60L02P Fairchild

FDP6035L 30 0.011 5$ TO-220 2S3127 SSM60N03P Fairchild

FDP603L 30 0.022 33 TO-220 2S2$&& SSM&0N03P Fairchild

FDP6670L 30 0.0065 $0 TO-220 SSM$5L0P2 Fairchild

FDP6690S 30 21 TO-220 SSM&0N03P Fairchild

FDP7030L 30 0.009 60 TO-220 2S3127 Fairchild

FDP7030L 30 0.007 100 TO-220 SSM$0N03P Fairchild

FDP70&2L 30 50 TO-220 SSM$0N03P Fairchild

FDP70&5L 30 100 TO-220 SSM90N03P Fairchild

FDP$030L 30 0.0035 $0 TO-220 Fairchild

FDPNDP6030 30 0.01$ &6 TO-220 2S2$&& Fairchild

FDR&&10 30 0.013 9.3 SSOT-$(Si)*l+, Fairchild

FDR&&20 30 0.009 11SSOT-

$(Si)*l+, Fairchild

FDR$30$P -20 0.05 -3.20.$SSOT-$(Dal,

Fairchild

FDR$35N 30 0.015 $.7SSOT-

$(Si)*l+, Fairchild

FDR$36P -20 0.03 -6.11.$SSOT-

$(Si)*l+, Fairchild

FDR$3$P -20 0.017 -$.11.$SSOT-

$(Si)*l+, Fairchild

FDR$50$P -30 0.052 -3SSOT-$(Dal,

Fairchild

FDR$56P -30 0.025 -6.31.$SSOT-

$(Si)*l+, Fairchild

FDR$5$P -30 0.019 -$SSOT-

$(Si)*l+, Fairchild

FDR9&10 30 0.02$ 5.$SSOT-

$(Si)*l+, Fairchild

FDS&&35 -30 0.02 -9SO-

$(Si)*l+,TP$106-/ SSM&&35M Fairchild

FDS&953 -30 0.053 -&.9 SO-$(Dal, TP$303 Fairchild


21/100

FDS6575 -20 0.013 -10SO-

$(Si)*l+,TP$103 Fairchild

FDS6612 30 0.022 $.&SO-

$(Si)*l+,TP$001 SSM&$00M Fairchild

FDS661& 30 9.3 SO-$ SSM&$00M Fairchild

FDS6670 30 0.00$ 13SO-

$(Si)*l+,TP$007-/ Fairchild

FDS6672 30 12.5 SO-$ SSM&$00M Fairchild

FDS6675 -30 0.01& -11SO-


FDS66$0 30 0.01 11.5SO-


FDS66$0 30 0.0095 12.5SO-

$(Si)*l+,TP$007-/ SSM&$00M Fairchild

FDS6690 30 10 SO-$ SSM&&10M Fairchild

FDS6690 30 0.0125 11 SO-$(Si)*l+,

TP$005-/ SSM&&10M Fairchild

FDS6690S 30 10 SO-$ SSM&$00M Fairchild

FDS6$75 -20 0.03 -6 SO-$(Dal, Fairchild

FDS6912 30 0.02$ 6 SO-$(Dal, TP$203 Fairchild

FDS6930 30 0.0&2 &.6 SO-$(Dal, TP$201 Fairchild

FDS6961 30 0.09 3.5 SO-$(Dal, TP$201 Fairchild

FDS6975 -30 0.032 -6 SO-$(Dal, TP$303 Fairchild

FDS6990 30 0.01$ 7.5 SO-$(Dal, TP$203 Fairchild

FDS$926 30 0.03 5.5 SO-$(Dal, TP$203 Fairchild

FDS$92$ 30'-20 0.03'0.055 5.5'-&SOP-

$(P=N, Fairchild

FDS$93& -20 0.055 -& SO-$(Dal, Fairchild

FDS$936 30 0.02$ 6 SO-$(Dal, TP$203 Fairchild

FDS$936S 30 0.0& 5 SO-$(Dal, TP$201 Fairchild

FDS$9&7 -30 0.052 -& SO-$(Dal, TP$303 Fairchild

FDS$95$ 30'-30 0.02$'0.052 7'-5SOP-

$(P=N,TP$&01 Fairchild

FDS9&12 30 0.022 7.9SO-


FDS9&35 -30 0.0&5 -5.3SO-


FDS9933 -20 0.075 -3.$ SO-$(Dal, Fairchild

FDS9936 30 0.0& 5.5 SO-$(Dal, TP$201 Fairchild

FDT&57N 30 0.06 5 SOT-223 2S2$39 Fairchild

FDT&59N 30 0.0& 6.5 SOT-223 2S2$39 Fairchild

FDT5060 60 0.05 7 SOT-223 Fairchild

FDT5060L 60 0.0& 6 SOT-223 Fairchild

FD301N 25 & 0.22 SOT-23 2S2009 Fairchild

FD302P -25 10 -0.12 SOT-23 Fairchild

FD303N 25 0.&5 0.6$ SOT-23 SSM302F Fairchild


22/100

FD30&P -25 1.1 -0.&6 SOT-23 Fairchild

F@60N03L 30 60 TO-263 SSM60N03S Fairchild

F@%7N$0 $00 0.5 TO-262 SSM07N$0R Fairchild

F@P7N$0 $00 1.5 TO-220 SSM07N$0P Fairchild

FS10M-12 600 10 TO-220F SSM2761F Mi4"#i"hiFS7M-12 600 7 TO-220F SSM07N70F Mi4"#i"hi

FS7M-16 $00 7 TO-220F SSM07N$0F Mi4"#i"hi

FS7M-16 $00 7 TO-220 SSM07N$0P Mi4"#i"hi

FSS101 20 0.05$ 5SO-

$(Si)*l+, Sa)!

FSS201 20 0.03& 7SO-

$(Si)*l+,TP$00$ Sa)!

FSS202 30 0.032 7SO-

$(Si)*l+,TP$006-/ Sa)!

FSS206 30 0.01$ 9SO-

$(Si)*l+, TP$005-/ SSM&&10M Sa)!

FSS206 30 9 SO-$ SSM&$00M Sa)!

FSS20$ 30 0.0125 10SO-

$(Si)*l+,TP$002 Sa)!

FTS1001 -20 -&TSSO-

$(Si)*l+, Sa)!

FTS1002 -30 -3TSSO-

$(Si)*l+,TPS$101 Sa)!

FTS2001 20 5TSSO-

$(Si)*l+,TPS$002 Sa)!

FTS2002 30 5 TSSO-$(Si)*l+,

TPS$001-/ Sa)!

FTS2003 20 &TSSO-

$(Si)*l+,TPS$002 Sa)!

FTS200& 30 &TSSO-

$(Si)*l+,TPS$001-/ Sa)!

FW101 -12 0.115 -3 SO-$(Dal, Sa)!

FW102 -20 0.1 -3 SO-$(Dal, TP$302 Sa)!

FW103 -30 0.125 -3 SO-$(Dal, TP$301 Sa)!

FW10& -12 0.& -2 SO-$(Dal, Sa)!

FW106 -30 0.16 -3 SO-$(Dal, TP$301 Sa)!FW107 -60 0.31 -2 SO-$(Dal, TP$30& Sa)!

FW10$ -60 0.33 -2 SO-$(Dal, TP$30& Sa)!

FW111 -20 0.05$ -5 SO-$(Dal, Sa)!

FW201 20 0.05 5 SO-$(Dal, TP$202 Sa)!

FW202 20 0.0& 5 SO-$(Dal, TP$203 Sa)!

FW203 30 0.0&6 5 SO-$(Dal, TP$201 Sa)!

FW20& 20 0.2 2 SO-$(Dal, Sa)!

FW206 30 0.07& 5 SO-$(Dal, TP$201 Sa)!

FW207 60 0.135 3 SO-$(Dal, TP$205 Sa)!

FW20$ 60 0.1&5 3 SO-$(Dal, TP$205 Sa)!


23/100

FW211 20 0.035 6 SO-$(Dal, TP$20& SSM9926M Sa)!

FW213 30 0.032 6 SO-$(Dal, TP$203 Sa)!

FW21& 20 0.05 5 SO-$(Dal, TP$202 Sa)!

FW215 30 0.0&6 5 SO-$(Dal, TP$201 Sa)!

FW306 30'-30 0.065'0.16 5'-3 SOP-$(P=N, TP$201 Sa)!

F;10J-03 30 0.0135 10SO-

$(Si)*l+,TP$005-/ Mi4"#i"hi

F;3J-03 -30 0.1 -3SO-

$(Si)*l+,TP$10&-/ Mi4"#i"hi

F;5/-03> 30 0.05 5SO-

$(Si)*l+,TP$00& Mi4"#i"hi

F;6/-02> 20 0.03 6SO-

$(Si)*l+,TP$00$ Mi4"#i"hi

F;7J-03 30 0.03 7SO-

$(Si)*l+,TP$006-/ Mi4"#i"hi

F;$J-03 -30 0.02 -$SO-

$(Si)*l+,TP$106-/ Mi4"#i"hi


La"4 da4+ 2$-0$-05 # li+TE

Cross Reference of MOSFET part numbersstarting with -

PartNumber

VDSSV!

RDSON!ohms!

"D#!

Pac$ageToshiba

Rep%acementNote


Ven&er

?F&&35 -30 -$ SO-$ SSM&&35M ?S

?F&$00 30 9 S0-$ SSM&$00M ?S

?F50N03 30 50 TO-263 SSM60L02S ?S

?F70N03 30 70 TO-263 SSM$0N03S ?S?F75N03 30 75 TO-263 SSM$5L02S ?S

?FD30N03 30 &3 TO-252 SSM50L02/ ?S

?FD50N03 30 5$ TO-252 SSM70L02/ ?S

?FP50N03 30 50 TO-220 SSM60N03P ?S

?FP70N03 30 70 TO-220 SSM$0N03P ?S

?FP75N03 30 75 TO-220 SSM$5L02P ?S


La"4 da4+ 2$-0$-05 # li+TE
http://clivetec.superihost.com/MOSFET_F.htm#TOP%23TOP


24/100

Cross Reference of MOSFET part numbersstarting with .

Part NumberVDSS

V!

RDSON!

ohms!"D #! Pac$age

Toshiba

Rep%acementNote

Si%icon Stan&ar&

E'ui(a%entVen&er

/T1001F -20 0.07 -3.5SO-

$(Si)*l+, /i4achi

/T1002F -30 0.07 -3SO-

$(Si)*l+,TP$10&-/ /i4achi

/T100&F -20 - -3SO-

$(Si)*l+, /i4achi

/T1005F -30 - -3SO-

$(Si)*l+, /i4achi

/T1006F -60 0.1& -2.5SO-

$(Si)*l+, /i4achi

/T1007F -20 - -3.5SO-

$(Si)*l+, /i4achi

/T100$F -30 - -2.5SO-

$(Si)*l+, /i4achi

/T1016R -30 0.09 -&.5 SO-$(Dal, TP$301 /i4achi

/T1020R -30 0.07 -5SO-

$(Si)*l+,TP$10&-/ /i4achi

/T1021R -20 0.06 -5.5SO-

$(Si)*l+, /i4achi

/T1023R -20 0.0& -7

SO-

$(Si)*l+, /i4achi/T102&R -30 0.3& -3.5 SO-$(Dal, TP$301 /i4achi

/T1025R -20 0.095 -&.5 SO-$(Dal, TP$302 /i4achi

/T1026R -30 0.037 -7SO-

$(Si)*l+,TP$105-/ /i4achi

/T1030T -12 -3TSSO-$(Dal,

/i4achi

/T1031T -20 -2.5TSSO-$(Dal,

/i4achi

/T1033T -20 -2.5TSSO-

$(Si)*l+,

/i4achi

/T1036R -30 0.01& -12SO-

$(Si)*l+,TP$103 /i4achi

/T2001F 30 0.0& 5SO-


/T2002F 30 0.0& 5SO-


/T2003F 30 - 3SO-

$(Si)*l+, /i4achi

/T200&F 15 0.06 & SO-$(Dal, /i4achi

/T2005F 15 0.055 5SO-

$(Si)*l+, /i4achi


25/100

/T2006F 60 0.06 &SO-

$(Si)*l+, /i4achi

/T2007F 20 0.053 &SO-

$(Si)*l+, /i4achi

/T2016R 30 0.0&5 6.5 SO-$(Dal, TP$201 /i4achi

/T2019R 30 0.027 $SO-


/T2020R 30 0.02$ $SO-


/T2022R 30 0.015 11SO-


/T202&R 30 0.065 5.5SO-

$(Si)*l+,TP$00& /i4achi

/T2025R 30 0.026 $SO-


/T2026R 20 0.015 11 SO-$(Si)*l+,

TP$00$ /i4achi

/T2027R 20 0.03$ 7 SO-$(Dal, TP$202 /i4achi

/T2029R 20 0.02$ $ SO-$(Dal, TP$20& /i4achi

/T2031T 20 &TSSO-$(Dal,

TPS$201 /i4achi

/T2032T -12 -&TSSO-

$(Si)*l+, /i4achi

/T2036R 30 0.015 12SO-


/T2037T 2$ &.5TSSO-

$(Si)*l+, TPS$002 /i4achi

/T20&0R 30 0.00$ 15SO-

$(Si)*l+,TP$003 /i4achi

/T20&2T 20 5TSSO-$(Dal,

TPS$201 /i4achi

/T300&R 30'-30 0.0&5'0.09 5.5'3.5SOP-

$(P=N,TP$&01 /i4achi

/T3006R 30'-30 0.0&6'0.09 6.5'&.5SOP-

$(P=N,TP$&01 /i4achi

/P&&10D; 30 10 S0-$ SSM&&10M /RR%S

/PL3103 30 52 TO-251 SSM50L02J /RR%S/PRL3103 30 52 TO-252 SSM&0N03/ /RR%S

/RF3205 55 0.00$ 100 TO-220 2S29$5 # /arri"

/RF3205L 55 0.00$ 100 TO-262 2S29$6 /arri"

/RF3205S'T 55 0.00$ 100 TO-263 2S29$6 /arri"

/F75307D3 55 0.09 13 TO-251 2S27$2 /arri"

/F75307D3S'T 55 0.09 13 TO-252 2S27$2 /arri"

/F75307P3 55 0.09 13 TO-220 2S2232 /arri"

/F75307T3ST 55 0.09 3.5 SOT-223 /arri"

/F75309D3 55 0.07 17 TO-251 2S27$2 /arri"

/F75309D3S'T 55 0.07 17 TO-252 2S27$2 /arri"


26/100

/F75309P3 55 0.07 17 TO-220 2S2232 /arri"

/F75309T3ST 55 0.07 & SOT-223 /arri"

/F75321D3 55 0.036 20 TO-251 /arri"

/F75321D3S'T 55 0.036 20 TO-252 /arri"

/F75321P3 55 0.03& 31 TO-220 2S23$5 /arri"/F75321S3 55 0.03& 31 TO-262 2S2266 /arri"

/F75321S3S'T 55 0.03& 31 TO-263 2S2266 /arri"

/F75329D3 55 0.026 20 TO-251 /arri"

/F75329D3S'T 55 0.026 20 TO-252 /arri"

/F75329?3 55 0.02& &2 TO-2&7 2S2233 /arri"

/F75329P3 55 0.02& &2 TO-220 2S23$5 /arri"

/F75329S3 55 0.02& &2 TO-262 2S2266 /arri"

/F75329S3S'T 55 0.02& &2 TO-263 2S2266 /arri"

/F75332?3 55 0.019 52 TO-2&7 2S2173 /arri"

/F75332P3 55 0.019 52 TO-220 2S2312 /arri"

/F75332S3 55 0.019 52 TO-262 2S2376 /arri"

/F75332S3S'T 55 0.019 52 TO-263 2S2376 /arri"

/F75333?3 55 0.016 56 TO-2&7 2S2173 /arri"

/F75333P3 55 0.016 56 TO-220 2S2312 /arri"

/F75333S3 55 0.016 56 TO-262 2S2376 /arri"

/F75333S3S'T 55 0.016 56 TO-263 2S2376 /arri"

/F75337?3 55 0.01& 62 TO-2&7 2S2173 /arri"

/F75337P3 55 0.01& 62 TO-220 2S2312 /arri"

/F75337S3 55 0.01& 62 TO-262 2S2376 /arri"/F75337S3S'T 55 0.01& 62 TO-263 2S2376 /arri"

/F75339?3 55 0.012 70 TO-2&7 2S2313 /arri"

/F75339P3 55 0.012 70 TO-220 /arri"

/F75339S3 55 0.012 70 TO-262 /arri"

/F75339S3S'T 55 0.012 70 TO-263 /arri"

/F753&3?3 55 0.009 75 TO-2&7 2S2313 /arri"

/F753&3P3 55 0.00$ 75 TO-220 2S29$5 /arri"

/F753&3S3 55 0.009 75 TO-262 /arri"

/F753&3S3S'T 55 0.009 75 TO-263 /arri"

/F753&&?3 55 0.00$ 75 TO-2&7 2S29$7 /arri"

/F753&&PS 55 0.00$ 75 TO-220 2S29$5 /arri"

/F753&&S3 55 0.00$ 75 TO-262 2S29$6 /arri"

/F753&&S3S'T 55 0.00$ 75 TO-263 2S29$6 /arri"

/F753&5?3 55 0.007 75 TO-2&7 2S29$7 /arri"

/F753&5P3 55 0.007 75 TO-220 2S29$5 /arri"

/F753&5S3 55 0.007 75 TO-262 2S29$6 /arri"

/F753&5S3S'T 55 0.007 75 TO-263 2S29$6 /arri"

/F76107D3 30 20 TO-251 SSM20N03J /RR%S

/F76107D3S 30 20 TO-252 SSM20N03/ /RR%S/F76107P3 30 20 TO-220 SSM20N03P /RR%S


27/100

/F76121P3 30 &7 TO-220 SSM50L02P /RR%S

/F76121S3S 30 &7 TO-263 SSM&0N03S /RR%S

/F76129P3 30 56 TO-220 SSM&0N03P /RR%S

/F76129S3S 30 56 TO-263 SSM50L02S /RR%S

/F76131S$ 30 10 SO-$ SSM&&10M /RR%S/F76132P3 30 75 TO-220 SSM60N03P /RR%S

/F76132S3S 30 75 TO-263 SSM70N03S /RR%S

/F76137P3 30 75 TO-220 SSM70N03P /RR%S

/F76137S3S 30 75 TO-263 SSM70N03S /RR%S

/F76139P3 30 75 TO-220 SSM$0N03P /RR%S

/F76139S3S 30 75 TO-263 SSM$0N03S /RR%S

/F761&3P3 30 75 TO-220 SSM$5L02P /RR%S

/F761&5P3 30 75 TO-220 SSM90N03P /RR%S

/F761&5S3S 30 75 TO-263 SSM90N03S /RR%S

/F761&S3S 30 75 TO-263 SSM$5L02S /RR%S


La"4 da4+ 2$-0$-05 # li+TE

Cross Reference of MOSFET part numbersstarting with ")P+

Part

Number

VDSS

V!

RDSON!

ohms!

"D

#!Pac$age

Toshiba

Rep%acementNote

Si%icon Stan&ar&

E'ui(a%entVen&er

%P05NO3L 30 $0 TO-263 SSM$0N03S %):i)+!)

%P07N03L 30 $0 TO-263 SSM$5L02S %):i)+!)

%P10N03L 30 73 TO-263 SSM$0N03S %):i)+!)

%P15N03L 30 &2 TO-263 SSM60L02S %):i)+!)

%PD07N03L 30 30 TO-252 SSM$5L02/ %):i)+!)

%PD12N03L 30 30 TO-252 SSM60L02/ %):i)+!)

%PP05N03L 30 $0 TO-220 SSM$0N03P %):i)+!)

%PP70N03L 30 $0 TO-220 SSM$5L02P %):i)+!)

%P12N03L 30 30 TO-251 SSM60L02J %):i)+!)

%R530 100 0.16 1&TO-220

5P%N %R

%R5&0 100 0.077 2$TO-220

5P%N %R

%R630 200 0.& 9TO-220

5P%N %R

%R63& 250 0.&5 $.1TO-220

5P%N %R

%R6&0 200 0.1$ 1$TO-220

5P%N %R

%R6&& 250 0.2$ 1& TO-2205P%N

%R


28/100

%R730 &00 1 5.5TO-220

5P%N %R

%R7&0 &00 0.55 10TO-220

5P%N %R

%R$30 500 1.5 &.5

TO-220

5P%N %R

%R$&0 500 0.$5 $TO-220

5P%N %R

%RP05& 60 0.01& 70 TO-3P 5P%N %R

%R


29/100

%RF2$07L 75 0.013 71 TO-262 %R

%RF2$07S 75 0.013 71 D2P %R

%RF3205 55 0.00$ 9$ TO-220 2S29$5 %R

%RF3205L 55 0.00$ 110 TO-262 2S29$6 %R

%RF3205S 55 0.00$ 110 D2P 2S29$6 %R%RF3315 150 0.0$2 21 TO-220 %R

%RF3315L 150 0.0$2 21 TO-262 %R

%RF3315S 150 0.0$2 21 D2P %R

%RF3&15 150 0.0&2 37 TO-220 %R

%RF3&15S 150 0.0&2 37 D2P %R

%RF370&S 20 77 TO-263 SSM70L02S %R

%RF3706 20 77 TO-220 SSM70L02P %R

%RF3706S 20 77 TO-263 SSM70L02S %R

%RF3710 100 0.02$ &6 TO-220 %R

%RF3710S 100 0.02$ &6 D2P %R

%RF3711S 20 110 TO-263 SSM$5L02S %R

%RF&905 -55 0.02 6& TO-220 %R

%RF&905L -55 0.02 -7& TO-262 %R

%RF&905S -55 0.02 -7& D2P %R

%RF510 100 0.5& 5.6 TO-220 2S2399 %R

%RF510 100 0.& 5.6 TO-220 2S2399 Sa8")*

%RF510S 100 0.5& 5.6 D2P 2S2399 %R

%RF511(R, $0 0.5& 5.6 TO-220 2S2399 /arri"

%RF512(R, 100 0.7& &.9 TO-220 2S2399 /arri"%RF513(R, $0 0.7& &.9 TO-220 2S2399 /arri"

%RF520 100 0.27 9.2 TO-220 2S2399 %R

%RF520 100 0.27 10 TO-220 2S2399 ST

%RF520 100 0.2 9.2 TO-220 2S2399 Sa8")*

%RF520F% 100 0.27 7 TO-220 FP2S2399 ST

%RF520N 100 0.2 9.5 TO-220 2S2399 %R

%RF520NS 100 0.2 9.5 D2P 2S2399 %R

%RF520S 100 0.27 9.2 D2P 2S2399 %R

%RF521(R, $0 0.27 9.2 TO-220 2S2399 /arri"

%RF5210 -100 0.06 -35 TO-220 %R

%RF5210S -100 0.06 -35 D2P %R

%RF522(R, 100 0.36 $ TO-220 /arri"

%RF523(R, $0 0.36 $ TO-220 2S2399 /arri"

%RF530 100 0.16 1& TO-220 2S231& %R

%RF530 100 0.16 16 TO-220 2S231& ST

%RF5305 -55 0.06 -31 TO-220 2SJ3&9 %R

%RF5305L -55 0.06 -31 TO-262 2SJ&01 %R

%RF5305S -55 0.06 -31 D2P 2SJ&01 %R

%RF530 100 0.11 1& TO-220 2S231& Sa8")*%RF530F% 100 0.16 10 TO-220 FP2S2391 ST


30/100

%RF530N 100 0.11 15 TO-220 2S231& %R

%RF530NS 100 0.11 15 D2P 2S27$9 %R

%RF530S 100 0.16 1& D2P 2S27$9 %R

%RF531(R, $0 0.16 1& TO-220 2S231& /arri"

%RF532(R, 100 0.23 12 TO-220 2S2399 /arri"%RF533(R, $0 0.23 12 TO-220 2S231& /arri"

%RF5&0 100 0.077 2$ TO-220 2S231& %R

%RF5&0 100 0.077 30 TO-220 2S231& ST

%RF5&0 100 0.052 2$ TO-220 2S2&66 Sa8")*

%RF5&0F% 100 0.077 16 TO-220 FP2S2391 ST

%RF5&0N 100 0.052 27 TO-220 2S2&66 %R

%RF5&0NS 100 0.052 27 D2P 2S2&66 %R

%RF5&0S 100 0.077 2$ D2P 2S27$9 %R

%RF5&1(R, $0 0.077 2$ TO-220 2S231& /arri"

%RF5&2(R, 100 0.1 25 TO-220 2S231& /arri"

%RF5&3(R, $0 0.1 25 TO-220 2S231& /arri"

%RF550 100 0.0& &0 TO-220 2S2&66 Sa8")*

%RF610 200 1.5 3.3 TO-220 2S23$1 %R

%RF610 200 1.5 3.3 TO-220 2S23$1 Sa8")*

%RF610S 200 1.5 3.3 D2P 2S2920 %R

%RF611(R, 150 1.5 3.3 TO-220 2S23$1 /arri"

%RF612(R, 200 2.& 2.6 TO-220 2S23$1 /arri"

%RF613(R, 150 2.& 2.6 TO-220 2S23$1 /arri"

%RF61& 250 2 2.7 TO-220 2S2$&0 %R%RF61& 250 2 2.$ TO-220 2S2$&0 Sa8")*

%RF61&S 250 2 2.7 D2P %R

%RF620 200 0.$ 5.2 TO-220 2S23$1 %R

%RF620 200 0.$ 7 TO-220 2S23$1 ST

%RF620 200 0.$ 5 TO-220 Sa8")*

%RF620F% 200 0.$ &.3 TO-220 FP2S23$1 ST

%RF620S 200 0.$ 5.2 D2P 2S2920 %R

%RF621(R, 150 0.$ 5 TO-220 2S23$1 /arri"

%RF6215 -150 0.29 -11 TO-220 %R

%RF622(R, 200 1.2 & TO-220 2S23$1 /arri"

%RF623(R, 150 1.2 & TO-220 2S23$1 /arri"

%RF62& 250 1.1 &.& TO-220 2S2$&0 %R

%RF62& 250 1.1 &.1 TO-220 Sa8")*

%RF62&S 250 1.1 &.& D2P %R

%RF625 250 1.1 3.$ TO-220 2S2$&0 /arri"

%RF626 275 0.6$ 6.5 TO-220 /arri"

%RF627 275 1.1 3.$ TO-220 /arri"

%RF630 200 0.& 9 TO-220 ;T630 SSM630P %R

%RF630 200 0.& 9 TO-220 ;T630 SSM630P Sa8")*%RF630M 200 0.& TO-220 SSM630P ST


31/100

%RF630S 200 0.& 9 D2P 2S2&01 %R

%RF631(R, 150 0.& 9 TO-220 2S2350 /arri"

%RF632(R, 200 0.& 9 TO-220 ;T630 SSM630P /arri"

%RF633(R, 150 0.6 $ TO-220 2S2350 /arri"

%RF63& 250 0.&5 $.1 TO-220 2S291& %R%RF63& 250 0.&5 $.1 TO-220 2S291& Sa8")*

%RF63&S 250 0.&5 $.1 D2P 2S259$ %R

%RF635 250 0.&5 $.1 TO-220 2S291& /arri"

%RF636 275 0.3& 13 TO-220 /arri"

%RF637 275 0.&5 $.1 TO-220 /arri"

%RF6&0 200 0.1$ 1$ TO-220 ;T6&0 %R

%RF6&0 200 0.1$ 1$ TO-220 ;T6&0 Sa8")*

%RF6&0S 200 0.1$ 1$ D2P 2S2&01 %R

%RF6&1(R, 150 0.1$ 1$ TO-220 2S23$2 /arri"

%RF6&2(R, 200 0.1$ 1$ TO-220 2S23$2 /arri"

%RF6&3(R, 150 0.22 16 TO-220 2S23$2 /arri"

%RF6&& 250 0.2$ 1& TO-220 2S250$ %R

%RF6&& 250 0.2$ 1& TO-220 2S250$ Sa8")*

%RF6&&S 250 0.2$ 1& D2P 2S259$ %R

%RF6&5 250 0.2$ 1& TO-220 2S250$ /arri"

%RF6&6 275 0.2$ 15 TO-220 /arri"

%RF6&7 275 0.2$ 1& TO-220 /arri"

%RF650 200 0.0$5 2$ TO-220 Sa8")*

%RF65& 250 0.1& 21 TO-220 Sa8")*%RF710 &00 3.6 2 TO-220 2S2$62 %R

%RF7101 20 0.1 3.5 SO-$(Dal, TP$202 %R

%RF7102 50 0.3 2 SO-$(Dal, TP$205 %R

%RF7103 50 0.13 3 SO-$(Dal, TP$205 %R

%RF710& -20 0.25 2.3 SO-$(Dal, TP$302 %R

%RF7105 25 0.1'0.253.5'-2.3

SOP-$(P=N, %R

%RF7106 20 0.125'0.25 3'-2.52 SOP-$(P=N, %R

%RF7107 20 0.125'0.16 3'-2.$ SOP-$(P=N, %R

%RF710 &00 3.6 2 TO-220 2S2679 Sa8")*%RF710S &00 3.6 2 D2P %R

%RF711(R, 350 3.6 2 TO-220 2S2$62 /arri"

%RF712(R, &00 5 1.7 TO-220 2S2$62 /arri"

%RF713(R, 350 5 1.7 TO-220 2S2$62 /arri"

%RF720 &00 1.$ 3.3 TO-220 2S2679 %R

%RF7201 30 0.03 7 SO-$(Si)*l+, TP$001 %R

%RF7202 -20 0.25 2.5 SO-$(Si)*l+, TP$102 %R

%RF7203 -20 0.1 &.3 SO-$(Si)*l+, TP$102 %R

%RF720& -20 0.06 5.3 SO-$(Si)*l+, TP$102 %R

%RF7205 -30 0.07 -&.6 SO-$(Si)*l+, TP$102 %R


32/100

%RF7205 -30 0.07 5.3 SO-$(Si)*l+, TP$10&-/ %R

%RF720 &00 1.$ 3.3 TO-220 2S2679 Sa8")*

%RF720S &00 1.$ 3.3 D2P 2S2$3$ %R

%RF721(R, 350 1.$ 3.3 TO-220 2S2679 /arri"

%RF722(R, &00 2.5 2.$ TO-220 2S2$62 /arri"%RF723(R, 350 2.5 2.$ TO-220 2S2$62 /arri"

%RF730 &00 1 5.5 TO-220 2S2679 SSM730P %R

%RF7301 20 0.05 &.3 SO-$(Dal, TP$202 %R

%RF7303 30 0.05 & SO-$(Dal, TP$201 %R

%RF730& -20 0.09 3.6 SO-$(Dal, TP$302 %R

%RF7306 -30 0.1 3 SO-$(Dal, TP$301 %R

%RF7307 20'-20 0.05'0.09 &.3'3.6 SOP-$(P=N, %R

%RF7309 30'-3 0.05'0.1 &.0'3.0 SOP-$(P=N, TP$&01 %R

%RF730 &00 1 5.5 TO-220 2S2679 SSM730P Sa8")*

%RF730R &00 5.5 TO-220 SSM730P /RR%S

%RF730S &00 1 5.5 D2P 2S2$3$ %R

%RF731(R, 350 1 5.5 TO-220 2S2679 /arri"

%RF7311 20 0.029 6.6 SO-$(Dal, TP$20& SSM9926M %R

%RF7311 20 6.6 SO-$ %R

%RF7313 30 0.029 6.5 SO-$(Dal, TP$203 %R

%RF731& -20 0.05$ -5.3 SO-$(Dal, TP$302 %R

%RF7316 -30 0.05$ -&.9 SO-$(Dal, TP$303 %R

%RF7317 20'-20 0.029'0.05$6.6'-5.3

SOP-$(P=N, %R

%RF7319 30'-30 0.029'0.05$6.5'-&.9

SOP-$(P=N, %R

%RF732(R, &00 1.5 &.5 TO-220 2S2679 /arri"

%RF733(R, 350 1.5 &.5 TO-220 2S2679 /arri"

%RF7333 30 0.1'0.05 3.5'&.9 SO-$(Dal, %R

%RF73& &50 1.2 &.9 TO-220 2S25&2 %R

%RF73&3 55'-55 0.06'0.105 &.7'3.& SOP-$(P=N, %R

%RF737L 300 0.75 6.1 TO-220 %R

%RF73$9 30'-30 0.029'0.05$7.3'-5.3

SOP-$(P=N, TP$&01 %R

%RF7&0 &00 0.55 10 TO-220 2S2$&1 %R

%RF7&01 20 0.022 $.7 SO-$(Si)*l+, TP$001 %R

%RF7&03 30 0.022 $.5 SO-$(Si)*l+, TP$001 %R

%RF7&0& -20 0.0& -6.72.5 SO-$(Si)*l+, TP$102 %R

%RF7&06 -30 0.0&5 &.7 SO-$(Si)*l+, TP$105-/ %R

%RF7&0 &00 0.55 10 TO-220 2S2$&1 Sa8")*

%RF7&0L &00 0.55 10 TO-220 2S2$&1 %R

%RF7&0S &00 0.55 10 D2P 2S29&9 %R

%RF7&1(R, 350 0.55 10 2S2$&1 /arri"

%RF7&13 30 0.011 13 SO-$(Si)*l+, TP$003 SSM66$0M %R%RF7&13 30 0.0135 12 SO-$(Si)*l+, TP$005-/ SSM&&10M %R


33/100

%RF7&13< 30 13 SO-$ SSM&&2&M %R

%RF7&16 -30 0.02 $.$ SO-$(Si)*l+, TP$106-/ %R

%RF7&2(R, &00 0.$ $ TO-220 2S2$&1 /arri"

%RF7&21D1 30 0.035 6.& SOP-$(N=SD, %R

%RF7&22D2 -20 0.09 -&.6 SOP-$(P=SD, %R%RF7&3(R, 350 0.$ $ TO-220 2S25&2 /arri"

%RF7&& &50 0.63 $.$ TO-220 2S25&2 %R

%RF7501 20 0.135 1.7 Micr!-$ %R

%RF7503 30 0.135 1.7 Micr!-$ %R

%RF750& -20 0.27 1.2Micr!-

$SSM$J01F %R

%RF7506 -30 0.27 1.2 Micr!-$ %R

%RF7507 20'-20 0.135'0.27 1.7'1.3 Micr!-$ %R

%RF7509 30'-30 0.135'0.27 1.7'1.2 Micr!-$ %R

%RF750 &00 0.3 15 TO-220 Sa8")*%RF7601 20 0.035 3.$ Micr!-$ %R

%RF7603 30 0.035 3.7 Micr!-$ %R

%RF760& -20 0.09 2.& Micr!-$ %R

%RF7606 -30 0.09 2.& Micr!-$ %R

%RF7$05 30 0.011 13 SO-$(Si)*l+, TP$007-/ SSM66$0M %R

%RF7$07 30 0.025 $.3 SO-$(Si)*l+, TP$001 SSM&$00M %R

%RF7$11 30 1& SO-$ SSM7$11M %R

%RF$20 500 3 2.5 TO-220 2S2$62 %R

%RF$20 500 3 2.5 TO-220 2S2661 Sa8")*

%RF$20S 500 3 2.5 D2P %R

%RF$21(R, &50 3 2.5 TO-220 2S2$62 /arri"

%RF$22 500 & 2.$ TO-220 2S2$62 ST

%RF$22(R, 500 & 2.2 TO-220 2S2$62 /arri"

%RF$22F% 500 & 1.9 TO-220 %S 2S2$62 ST

%RF$23(R, &50 & 2.2 TO-220 2S2$62 /arri"

%RF$30 500 1.5 &.5 TO-220 2S2661 %R

%RF$30 500 1.5 &.5 TO-220 2S2661 Sa8")*

%RF$30S 500 1.5 &.5 D2P 2S2991 %R

%RF$31 &50 1.5 &.5 TO-220 2S2661 ST%RF$31(R, &50 1.5 &.5 TO-220 2S2661 /arri"

%RF$31F% &50 1.5 3 TO-220 %S 2S2662 ST

%RF$32(R, 500 2 & TO-220 2S2661 /arri"

%RF$33(R, &50 2 & TO-220 2S2661 /arri"

%RF$&0 500 0.$5 $ TO-220 2S25&2 SSM$&0P %R

%RF$&0 500 $ TO-220 SSM$&0P Fairchild

%RF$&0 500 0.$5 TO-220 SSM$&0P ST

%RF$&0 500 0.$5 $ TO-220 ;T$&0 Sa8")*

%RF$&0L 500 0.$5 $ TO-220 2S25&2 %R

%RF$&0S 500 0.$5 $ D2P 2S2776 %R


34/100

%RF$&1 &50 0.$5 $ TO-220 2S25&2 ST

%RF$&1(R, &50 0.$5 $ TO-220 2S25&2 /arri"

%RF$&1F% &50 0.$5 &.5 TO-220 %S 2S25&3 ST

%RF$&2(R, 500 1.1 7 TO-220 2S25&2 /arri"

%RF$&3(R, &50 1.1 7 TO-220 2S25&2 /arri"%RF9&10 30 0.03 7 SO-$(Si)*l+, TP$001 SSM&$00M %R

%RF9510 -100 1.2 & TO-220 %R

%RF9510S -100 1.2 & D2P %R

%RF9511 -60 1.2 3 TO-220 2SJ&3$ /arri"

%RF9512 -100 1.2 3 TO-220 /arri"

%RF9513 -60 1.9 2.5 TO-220 2SJ&3$ /arri"

%RF9520 -100 0.6 6.$ TO-220 %R

%RF9520NL -100 0.&$ -6.7 TO-262 %R

%RF9520NS -100 0.&$ -6.7 D2P %R

%RF9520S -100 0.6 6.$ D2P %R

%RF9521 -60 0.6 6 TO-220 2SJ&3$ /arri"

%RF9522 -100 0.$ 5 TO-220 /arri"

%RF9523 -60 0.$ 5 TO-220 2SJ&3$ /arri"

%RF9530 -100 0.3 12 TO-220 2SJ3$0 %R

%RF9530N -100 0.2 -13 TO-220 2SJ3$0 %R

%RF9530NL -100 0.2 -1& TO-262 2SJ3$0 %R

%RF9530NS -100 0.2 -1& D2P %R

%RF9530S -100 0.3 12 D2P 2SJ&12 %R

%RF9531 -60 0.3 12 TO-220 2SJ30& /arri"%RF9532 -100 0.& 10 TO-220 2SJ3$0 /arri"

%RF9533 -60 0.& 10 TO-220 2SJ30& /arri"

%RF95&0 -100 0.2 19 TO-220 2SJ3$0 %R

%RF95&0N -100 0.117 -19 TO-220 2SJ&6& %R

%RF95&0NS -100 0.117 -19 D2P %R

%RF95&0S -100 0.2 19 D2P 2SJ&12 %R

%RF95&1 -60 0.2 19 TO-220 2SJ3&9 /arri"

%RF95&2 -100 0.3 15 TO-220 2SJ3$0 /arri"

%RF95&3 -60 0.3 15 TO-220 2SJ30& /arri"

%RF9610 -200 3 1.$ TO-220 2SJ&07 %R

%RF9610S -200 3 1.$ D2P %R

%RF9620 -200 1.5 3.5 TO-220 2SJ&07 %R

%RF9620S -200 1.5 3.5 D2P %R

%RF9621 -150 1.5 3.5 TO-220 2SJ&07 /arri"

%RF9622 -200 2.& 3 TO-220 2SJ&07 /arri"

%RF9623 -150 2.& 3 TO-220 2SJ&07 /arri"

%RF9630 -200 0.$ 6.5 TO-220 2SJ&07 %R

%RF9630S -200 0.$ 6.5 D2P %R

%RF9631 -150 0.$ 6.5 TO-220 2SJ&07 /arri"%RF9632 -200 1.2 5.5 TO-220 2SJ&07 /arri"


35/100

%RF9633 -150 1.2 5.5 TO-220 2SJ&07 /arri"

%RF96&0 -200 0.5 11 TO-220 2SJ513 %R

%RF96&0S -200 0.5 11 D2P 2SJ513 %R

%RF96&1 -150 0.5 11 TO-220 2SJ513 /arri"

%RF96&2 -200 0.7 9 TO-220 2SJ515 /arri"%RF96&3 -150 0.7 9 TO-220 2SJ515 /arri"

%RF9952 30'-30 0.1'0.253.5'-2.3

SOP-$(P=N, %R

%RF9953 -30 0.25 -2.3 SO-$(Dal, %R

%RF9956 30 0.1 3.5 SO-$(Dal, %R

%RF9


36/100

%RF&0S 600 1.2 6.2 D2P 2S2777 %R

%RF&2R 600 1.6 5.&TO-220

2S25&& /arri"

%RFE20 $00 6.5 1.$TO-220

2S2603 %R

%RFE30 $00 3 &.1TO-220

2S2603 %R

%RFF20 900 $ 1.7TO-220

2S2733 %R

%RFF20L 900 $ 1.7 TO-262 2S2$&5 %R

%RFF20S 900 $ 1.7 D2P %R

%RFF30 900 3.7 3.6TO-220

2S260$ %R

%RF?20 1000 11 1.&TO-220

2S1119 %R

%RF?30 1000 5 3.1TO-220

2S1119 %R

%RFD01& 60 0.2 1.7 D%P %R

%RFD01& 60 0.2 1.7 /EAD%P %R

%RFD02& 60 0.1 2.5 D%P %R

%RFD02& 60 0.1 2.5 /EAD%P %R

%RFD110 100 0.5& 1 D%P %R

%RFD110 100 0.5& 1 /EAD%P %R

%RFD111(R, $0 0.6 1 D%P /arri"

%RFD112(R,100 0.$ 0.$ D%P /arri" /arri"

%RFD113(R, $0 0.$ 0.$ D%P /arri"

%RFD120 100 0.27 1.3 D%P %R

%RFD120 100 0.27 1.3 /EAD%P %R

%RFD121(R, $0 0.3 1.3 D%P /arri"

%RFD122(R,100 0.& 1.1 D%P /arri"

%RFD123(R, $0 0.& 1.1 D%P /arri"

%RFD1


37/100

%RFD221(R,150 0.$ 0.$ D%P /arri"

%RFD222(R,200 1.2 0.7 D%P /arri"

%RFD223(R,150 1.2 0.7 D%P /arri"

%RFD22& 250 1.1 0.76 D%P %R

%RFD22& 250 1.1 0.76 /EAD%P %R%RFD2


38/100

Part NumberVDSS

V!RDSON!ohms!

"D#!

Pac$ageToshiba

Rep%acementNote


Ven&er


39/100

%RF%1010? 55 0.1& &3TO-220

%S %R

%RF%1010N 55 0.012 &&TO-220

%S %R

%RF%1310? 100 0.0& 21

TO-220

%S 2S2&66 %R

%RF%1310N 100 0.036 22TO-220

%S %R

%RF%3205 55 0.00$ 56TO-220

%S2S29$5 %R

%RF%3710 100 0.025 2$TO-220

%S %R

%RF%&905 -55 0.02 -&1TO-220

%S %R

%RF%510 100 0.& 5.6 %2-P 2S2399 Sa8")*

%RF%510? 100 0.5& &.5 TO-220%S

2S2399 %R

%RF%510? 100 0.5& &.5TO-220

%S %R

%RF%520 100 0.2 9.2 %2-P 2S2399 Sa8")*

%RF%520? 100 0.27 &.2TO-220

%S2S2399 %R

%RF%520N 100 0.2 7.2TO-220

%S2S2399 %R

%RF%5210 -100 0.06 -20TO-220

%S %R

%RF%530 100 0.11 1& %2-P 2S27$9 Sa8")*

%RF%530? 100 0.16 9.7TO-220

%S2S2391 %R

%RF%530N 100 0.11 11TO-220

%S2S2391 %R

%RF%5&0 100 0.052 2$ %2-P 2S2&66 Sa8")*

%RF%5&0? 100 0.077 17TO-220

%S2S2391 %R

%RF%5&0N 100 0.052 1$TO-220

%S2S2&66 %R

%RF%550 100 0.0& &0 %2-P 2S2&66 Sa8")*%RF%610 200 1.5 3.3 %2-P 2S2920 Sa8")*

%RF%61& 250 2 2.$ %2-P Sa8")*

%RF%61&? 250 2 2.1TO-220

%S2S2$&0 %R

%RF%620 200 0.$ 5 %2-P 2S2920 Sa8")*

%RF%620? 200 0.$ &.1TO-220

%S2S23$1 %R

%RF%62& 250 1.1 &.1 %2-P Sa8")*

%RF%62&? 250 1.1 3.&

TO-220

%S 2S2$&0 %R%RF%630 200 0.& 9 %2-P 2S2&01 Sa8")*


40/100

%RF%630? 200 0.& 5.9TO-220

%S2S2350 %R

%RF%63& 250 0.&5 $.1 %2-P 2S259$ Sa8")*

%RF%63&? 250 0.&5 5.6TO-220

%S2S2&17 %R

%RF%6&0 200 0.1$ 1$ %2-P 2S2&01 Sa8")*

%RF%6&0? 200 0.1$ 9.$TO-220

%S2S23$2 %R

%RF%6&& 250 0.2$ 1& %2-P 2S259$ Sa8")*

%RF%6&&? 250 0.2$ 7.9TO-220

%S2S250$ %R

%RF%710 &00 3.6 2 %2-P 2S2$3$ Sa8")*

%RF%720 &00 1.$ 3.3 %2-P 2S2$3$ Sa8")*

%RF%720? &00 1.$ 2.6TO-220

%S2S2679 %R

%RF%730 &00 1 5.5 %2-P 2S2$3$ Sa8")*

%RF%730? &00 1 3.7TO-220

%S2S2679 %R

%RF%73&? &50 1.2 3.&TO-220

%S2S25&3 %R

%RF%7&0 &00 0.55 10 %2-P 2S29&9 Sa8")*

%RF%7&0? &00 0.55 5.&TO-220

%S2S2952 %R

%RF%7&0?L&00 0.55 6 &0TO-220

%S2S2952 %R

%RF%7&&? &50 0.63 &.9 TO-220%S

2S2952 %R

%RF%$20 500 3 2.5 %2-P Sa8")*

%RF%$20? 500 3 2.1TO-220

%S2S2$62 %R

%RF%$30 500 1.5 &.5 %2-P 2S2991 Sa8")*

%RF%$30? 500 1.5 3.1TO-220

%S2S2662 %R

%RF%$&0 500 0.$5 $ %2-P 2S2776 Sa8")*

%RF%$&0? 500 0.$5 &.6TO-220

%S

2S25&3 %R

%RF%$&0?L500 0.$5 &.$ &0TO-220

%S2S25&3 %R

%RF%9520? -100 0.6 5.2TO-220

%S %R

%RF%9530? -100 0.3 7.7TO-220

%S2SJ3$0 %R

%RF%95&0? -100 0.2 11TO-220

%S2SJ3$0 %R

%RF%9620? -200 1.5 3TO-220

%S2SJ&07 %R

%RF%9630? -200 0.$ &.3TO-220

%S2SJ&07 %R


41/100

%RF%963&? -250 1 -&.1TO-220

%S2SJ512 %R

%RF%96&0? -200 0.5 6.1TO-220

%S2SJ513 %R

%RF%9


42/100

%S

%RF%


43/100

%RFL9110 -100 1.2 1.1 SOT-223 %R

%RFM01& 60 0.1& 2.$ SOT-223 2S27&1 Sa8")*

%RFM110 100 0.& 1.5 SOT-223 2S27&2 Sa8")*

%RFM120 100 0.2 2.3 SOT-223 2S27&2 Sa8")*

%RFM210 200 1.5 0.77 SOT-223 Sa8")*%RFM21& 250 2 0.6& SOT-223 Sa8")*

%RFM220 200 0.$ 1.13 SOT-223 Sa8")*

%RFM22& 250 1.1 0.92 SOT-223 Sa8")*

%RFP0&& 60 0.02$ 57 TO-2&7 2S2233 %R

%RFP0&&N 55 0.02 &9 TO-2&7 2S2173 %R

%RFP0&$ 60 0.01$ 70 TO-2&7 2S2173 %R

%RFP0&$N 55 0.016 62 TO-2&7 2S2173 %R

%RFP05& 60 0.01& 70 TO-2&7 2S2313 %R

%RFP05&N 55 0.012 72 TO-2&7 2S2313 %R

%RFP06& 60 0.009 70 TO-2&7 2S2313 %R

%RFP06&N 55 0.00$ 9$ TO-2&7 2S29$7 %R

%RFP1&0 100 0.077 31 TO-2&7 2S2&66 %R

%RFP1&0 100 0.052 31 TO-3P 2S2&66 Sa8")*

%RFP1&0N 100 0.052 27 TO-2&7 2S2&66 %R

%RFP1&1R $0 0.077 31 TO-2&7 2S2&66 /arri"

%RFP1&2R 100 0.099 27 TO-2&7 2S231& /arri"

%RFP1&3R $0 0.099 27 TO-2&7 2S2&66 /arri"

%RFP150 100 0.055 &1 TO-2&7 2S2&66 %R

%RFP150 100 0.0& &3 TO-3P 2S2&66 Sa8")*%RFP150N 100 0.036 39 TO-2&7 2S13$1 %R

%RFP151(R, 60 0.055 &0 TO-2&7 2S239$ /arri"

%RFP152(R, 100 0.0$5 3& TO-2&7 2S231& /arri"

%RFP153(R, 60 0.0$5 3& TO-2&7 2S2232 /arri"

%RFP2&0 200 0.1$ 20 TO-2&7 2S23$2 %R

%RFP2&0 200 0.1$ 20 TO-3P 2S23$2 Sa8")*

%RFP2&1(R, 150 0.1$ 1$ TO-2&7 2S23$2 /arri"

%RFP2&2R 200 0.22 16 TO-2&7 2S23$2 /arri"

%RFP2&3R 150 0.22 16 TO-2&7 2S23$2 /arri"

%RFP2&& 250 0.2$ 15 TO-2&7 2S250$ %R

%RFP2&& 250 0.2$ 16 TO-3P 2S250$ Sa8")*

%RFP2&5 250 0.2$ 1& TO-2&7 2S250$ /arri"

%RFP2&6 275 0.17 20 TO-2&7 2S1&$6 /arri"

%RFP2&7 275 0.2$ 1& TO-2&7 /arri"

%RFP250 200 0.0$5 30 TO-2&7 2S3176 %R

%RFP250 200 0.0$5 32 TO-3P 2S3176 Sa8")*

%RFP251(R, 150 0.0$5 33 TO-2&7 2S2967 /arri"

%RFP252(R, 200 0.0$5 30 TO-2&7 2S3176 /arri"

%RFP253(R, 150 0.12 27 TO-2&7 2S2$$2 /arri"%RFP25& 250 0.1& 23 TO-2&7 2S2967 %R


44/100

%RFP25& 250 0.1& 25 TO-3P 2S2967 Sa8")*

%RFP255 250 0.1& 22 TO-2&7 2S2967 /arri"

%RFP256 275 0.1& 23 TO-2&7 2S1&$6 /arri"

%RFP257 275 0.1& 22 TO-2&7 2S1&$6 /arri"

%RFP260 200 0.055 &6 TO-2&7 2S3176 %R%RFP26& 250 0.075 3$ TO-2&7 2S2967 %R

%RFP3&0 &00 0.55 11 TO-2&7 2S2$&1 %R

%RFP3&0 &00 0.55 11 TO-3P 2S2$&1 Sa8")*

%RFP3&1R 350 0.55 11 TO-2&7 2S2$&1 /arri"

%RFP3&2R &00 0.$ $.3 TO-2&7 2S2$&1 /arri"

%RFP3&3R 350 0.$ $.7 TO-2&7 2S2$&1 /arri"

%RFP3&& &50 0.63 9.5 TO-2&7 2S2601 %R

%RFP350 &00 0.3 16 TO-2&7 2S2$37 %R

%RFP350 &00 0.3 17 TO-3P 2S2$37 Sa8")*

%RFP350L &00 0.3 1$ TO-2&7 2S2$37 %R

%RFP351(R, 350 0.3 15 TO-2&7 2S2$37 /arri"

%RFP352(R, &00 0.& 1& TO-2&7 2S269$ /arri"

%RFP353(R, 350 0.& 1& TO-2&7 2S269$ /arri"

%RFP35& &50 0.35 1& TO-2&7 2S269$ %R

%RFP360 &00 0.2 23 TO-2&7 2S15&& %R

%RFP360L &00 0.2 23 TO-2&7 2S15&& %R

%RFP362 &00 0.25 20 TO-2&7 2S2$37 /arri"

%RFP3710 100 0.02$ 51 TO-2&7 2S13$1 %R

%RFP&&0 500 0.$5 $.$ TO-2&7 2S2601 %R%RFP&&0 500 0.$5 $.5 TO-3P 2S2601 Sa8")*

%RFP&&1R &50 0.$5 $ TO-2&7 2S2601 /arri"

%RFP&&2(R, 500 1.1 7 TO-2&7 2S2600 /arri"

%RFP&&3R &50 1.1 7 TO-2&7 2S2600 /arri"

%RFP&&$ 500 0.6 11 TO-2&7 2S2601 %R

%RFP&50 500 0.& 1& TO-2&7 2S269$ %R

%RFP&50 500 0.& 1& TO-3P 2S269$ Sa8")*

%RFP&50L 500 0.& 16 TO-2&7 2S269$ %R

%RFP&51(R, &50 0.& 1& TO-2&7 2S269$ /arri"

%RFP&52(R, 500 0.5 12 TO-2&7 2S2601 /arri"

%RFP&53(R, &50 0.5 12 TO-2&7 2S2601 /arri"

%RFP&60 500 0.27 20 TO-2&7 2S2$37 %R

%RFP&60L 500 0.27 20 TO-2&7 2S2$37 %R

%RFP&62 500 0.35 17 TO-2&7 2S2$37 /arri"

%RFP91&0 -100 0.2 21 TO-2&7 2SJ&6& %R

%RFP91&0N -100 0.117 -21 TO-2&7 2SJ&6& %R

%RFP91&1 -50 0.2 19 TO-2&7 2SJ&01 /arri"

%RFP91&2 -100 0.3 16 TO-2&7 2SJ&12 /arri"

%RFP91&3 -50 0.3 16 TO-2&7 2SJ&01 /arri"%RFP9150 -100 0.15 25 TO-2&7 2SJ&6& /arri"


45/100

%RFP9151 -50 0.15 25 TO-2&7 2SJ&02 /arri"

%RFP92&0 -200 0.5 12 TO-2&7 2SJ513 %R

%RFP92&1 -150 0.5 12 TO-2&7 2SJ513 /arri"

%RFP92&2 -200 0.7 10 TO-2&7 2SJ515 /arri"

%RFP92&3 -150 0.7 10 TO-2&7 2SJ515 /arri"%RFP30 600 2.2 &.3 TO-2&7 2S2602 %R

%RFP&0 600 1.2 6.$ TO-2&7 2S2602 %R

%RFP&2R 600 1.6 5.9 TO-2&7 2S2602 /arri"

%RFP&$ 600 0.$2 $.9 TO-2&7 2S2699 %R

%RFP50 600 0.6 11 TO-2&7 2S2699 %R

%RFP50L 600 0.6 13 TO-2&7 2S2699 %R

%RFP60 600 0.& 16 TO-2&7 2S2915 %R

%RFP60L 600 0.& 16 TO-2&7 2S2915 %R

%RFPE30 $00 3 &.1 TO-2&7 2S2603 %R

%RFPE&0 $00 2 5.& TO-2&7 2S260& %R

%RFPE50 $00 1.2 7.$ TO-2&7 2S2607 %R

%RFPF30 900 3.7 3.6 TO-2&7 2S2719 %R

%RFPF&0 900 2.5 &.7 TO-2&7 2S2610 %R

%RFPF50 900 1.6 6.7 TO-2&7 2S2611 %R

%RFP?30 1000 5 3.1 TO-2&7 2S1359 %R

%RFP?&0 1000 3.5 &.3 TO-2&7 2S1359 %R

%RFP?&2 1000 &.2 3.9 TO-2&7 2S1359 /arri"

%RFP?50 1000 2 6.1 TO-2&7 2S1365 %R

%RFR01& 60 0.2 7.7 D-P 2S2231 %R%RFR01& 60 0.1& $.2 D-P 2S2231 Sa8")*

%RFR02& 60 0.1 1& D-P 2S27$2 %R

%RFR02& 60 0.07 15 D-P 2S27$2 Sa8")*

%RFR02&N 55 0.075 16 D-P 2S27$2 %R

%RFR03& 60 0.0& 23 D-P Sa8")*

%RFR110 100 0.5& &.3 D-P 2S2201 %R

%RFR110 100 0.& &.7 D-P 2S2201 Sa8")*

%RFR120 100 0.27 7.7 D-P 2S2399 %R

%RFR1205 55 0.027 37 D-P %R

%RFR120 100 0.2 $.& D-P 2S2399 Sa8")*

%RFR120N 100 0.21 9.1 D-P 2S2399 %R

%RFR121 $0 0.27 $.& TO-252 2S2399 /arri"

%RFR130 100 0.11 13 D-P Sa8")*

%RFR210 200 1.5 2.6 D-P 2S2920 %R

%RFR210 200 1.5 2.7 D-P 2S2920 Sa8")*

%RFR21& 250 2 2.2 D-P %R

%RFR21& 250 2 2.2 D-P Sa8")*

%RFR220 200 0.$ &.$ D-P 2S2920 %R

%RFR220 200 0.$ &.6 D-P 2S2920 Sa8")*%RFR221 150 0.$ &.6 TO-252 2S2920 /arri"


46/100

%RFR222 200 1.2 3.$ TO-252 2S2920 /arri"

%RFR22& 250 1.1 3.$ D-P %R

%RFR22& 250 1.1 3.$ D-P Sa8")*

%RFR230 200 0.& 7.5 D-P Sa8")*

%RFR23& 250 0.&5 6.6 D-P Sa8")*%RFR310 &00 3.6 1.7 D-P 2S2599 %R

%RFR310 &00 3.6 1.7 D-P 2S2599 Sa8")*

%RFR320 &00 1.$ 3.1 D-P %R

%RFR320 &00 1.$ 3.1 D-P Sa8")*

%RFR321 350 1.$ 3.1 TO-252 2S2679 /arri"

%RFR322 &00 2.5 2.6 TO-252 2S2599 /arri"

%RFR3303 30 0.031 33 D-P SSM&0N03/ %R

%RFR330 &00 1 &.5 D-P Sa8")*

%RFR3706 20 75 TO-252 SSM70L02/ %R

%RFR3910 100 0.11 15 D-P %R

%RFR&10 500 7 1.5 D-P 2S2$65 /arri"

%RFR&105 55 0.0&5 25 D-P 2S27$2 %R

%RFR&20 500 3 2.& D-P 2S2599 %R

%RFR&20 500 3 2.3 D-P 2S2599 Sa8")*

%RFR&21 &50 3 2.5 TO-252 2S2599 /arri"

%RFR&22 500 & 2.2 TO-252 2S2599 /arri"

%RFR&30 500 1.5 3.5 D-P Sa8")*

%RFR5305 -55 0.065 -2$ D-P %R

%RFR5505 -55 0.11 -1$ D-P %R%RFR901& -60 0.5 5.1 D-P 2SJ377 %R

%RFR902& -60 0.2$ $.$ D-P 2SJ377 %R

%RFR9110 -100 1.2 3.1 D-P %R

%RFR9120 -100 0.6 5.6 D-P %R

%RFR9120N -100 0.&$ -6.5 D-P %R

%RFR9210 -200 3 1.9 D-P %R

%RFR921& -250 3 -2.7 D-P 2SJ512 %R

%RFR9220 -200 1.5 3.6 D-P %R

%RFR9310 -&00 7 -1.$ D-P %R

%RFR20 600 &.& 2 D-P 2S2$65 %R

%RFS1&0 100 0.052 23 TO-3P%S 2S2&66 Sa8")*

%RFS150 100 0.0& 31 TO-3P%S 2S2&66 Sa8")*

%RFS1


47/100

%RFS&50 500 0.& 9.6 TO-3P%S 2S2916 Sa8")*

%RFS510 100 0.& &.5 TO-220 %S 2S2399 Sa8")*

%RFS520 100 0.2 7.2 TO-220 %S 2S2399 Sa8")*

%RFS530 100 0.11 10.7 TO-220 %S 2S2391 Sa8")*

%RFS5&0 100 0.052 17 TO-220 %S 2S2&66 Sa8")*%RFS550 100 0.0& 21 TO-220 %S 2S2&66 Sa8")*

%RFS610 200 1.5 2.5 TO-220 %S 2S23$1 Sa8")*

%RFS61& 250 2 2.1 TO-220 %S 2S2$&0 Sa8")*

%RFS620 200 0.$ &.1 TO-220 %S 2S23$1 Sa8")*

%RFS62& 250 1.1 3.& TO-220 %S 2S2$&0 Sa8")*

%RFS630 200 0.& 6.5 TO-220 %S 2S2350 Sa8")*

%RFS63& 250 0.&5 5.$ TO-220 %S 2S2&17 Sa8")*

%RFS6&0 200 0.1$ 9.$ TO-220 %S ;TF630 Sa8")*

%RFS6&& 250 0.2$ 7.9 TO-220 %S 2S250$ Sa8")*

%RFS650 200 0.0$5 15.$ TO-220 %S Sa8")*

%RFS65& 250 0.1& 12 TO-220 %S Sa8")*

%RFS710 &00 3.6 1.6 TO-220 %S 2S2$62 Sa8")*

%RFS720 &00 1.$ 2.$ TO-220 %S 2S2679 Sa8")*

%RFS730 &00 1 3.9 TO-220 %S 2S2679 Sa8")*

%RFS7&0 &00 0.55 5.7 TO-220 %S 2S2952 Sa8")*

%RFS750 &00 0.3 $.& TO-220 %S Sa8")*

%RFS$20 500 3 2.1 TO-220 %S 2S2$62 Sa8")*

%RFS$30 500 1.5 3.1 TO-220 %S 2S2662 Sa8")*

%RFS$&0 500 0.$5 &.6 TO-220 %S 2S2662 Sa8")*%RFS


48/100

%RF21& 250 2 2.2 %-P %R

%RF21& 250 2 2.2 %-P Sa8")*

%RF220 200 0.$ &.$ %-P 2S2920 %R

%RF220 200 0.$ &.6 %-P 2S2920 Sa8")*

%RF221 150 0.$ &.6 TO-251 2S2920 /arri"%RF222 200 1.2 3.$ TO-251 2S2920 /arri"

%RF22& 250 1.1 3.$ %-P %R

%RF22& 250 1.1 3.$ %-P Sa8")*

%RF230 200 0.& 7.5 %-P Sa8")*

%RF23& 250 0.&5 6.6 %-P Sa8")*

%RF310 &00 3.6 1.7 %-P 2S2599 %R

%RF310 &00 3.6 1.7 %-P 2S2599 Sa8")*

%RF320 &00 1.$ 3.1 %-P 2S2679 %R

%RF320 &00 1.$ 3.1 %-P Sa8")*

%RF321 350 1.$ 3.1 TO-251 2S2679 /arri"

%RF322 &00 2.5 2.6 TO-251 2S2599 /arri"

%RF3303 30 0.031 33 %-P SSM&0N03J %R

%RF330 &00 1 &.5 %-P Sa8")*

%RF3706 20 75 TO-251 SSM70L02J %R

%RF3910 100 0.11 15 %-P %R

%RF&105 55 0.0&5 25 %-P 2S27$2 %R

%RF&20 500 3 2.& %-P 2S2599 %R

%RF&20 500 3 2.3 %-P 2S2599 Sa8")*

%RF&21 &50 3 2.5 TO-251 2S2599 /arri"%RF&22 500 & 2.2 TO-251 2S2599 /arri"

%RF&30 500 1.5 3.5 %-P Sa8")*

%RF5305 -55 0.065 -2$ %-P %R

%RF5505 -55 0.11 -1$ %-P %R

%RF901& -60 0.5 -5.1 %-P 2SJ377 %R

%RF901& -60 0.5 5.1 %-P 2SJ377 %R

%RF902& -60 0.2$ $.$ %-P 2SJ377 %R

%RF9110 -100 1.2 3.1 %-P %R

%RF9120 -100 0.6 5.6 %-P %R

%RF9120N -100 0.&$ -6.5 %-P %R

%RF9210 -200 3 1.9 %-P %R

%RF921& -250 3 -2.7 %-P 2SJ512 %R

%RF9220 -200 1.5 3.6 %-P %R

%RF9310 -&00 7 -1.$ %-P %R

%RF20 600 &.& 2 %-P 2S2$65 %R

%RFW&50 500 0.& 1& TO-2&7 2S269$ ST

%RFW510 100 0.& 5.6 D2-P 2S2399 Sa8")*

%RFW520 100 0.2 9.2 D2-P 2S2399 Sa8")*

%RFW530 100 0.11 1& D2-P 2S27$9 Sa8")*%RFW5&0 100 0.052 2$ D2-P 2S2&66 Sa8")*


49/100

%RFW550 100 0.0& &0 D2-P 2S2&66 Sa8")*

%RFW610 200 1.5 3.3 D2-P 2S2920 Sa8")*

%RFW61& 250 2 2.$ D2-P Sa8")*

%RFW620 200 0.$ 5 D2-P 2S2920 Sa8")*

%RFW62& 250 1.1 &.1 D2-P Sa8")*%RFW630 200 0.& 9 D2-P 2S2&01 Sa8")*

%RFW63& 250 0.&5 $.1 D2-P 2S259$ Sa8")*

%RFW6&0 200 0.1$ 1$ D2-P 2S2&01 Sa8")*

%RFW6&& 250 0.2$ 1& D2-P 2S259$ Sa8")*

%RFW710 &00 3.6 2 D2-P 2S2$3$ Sa8")*

%RFW720 &00 1.$ 3.3 D2-P 2S2$3$ Sa8")*

%RFW730 &00 1 5.5 D2-P 2S2$3$ Sa8")*

%RFW7&0 &00 0.55 10 D2-P 2S29&9 Sa8")*

%RFW$20 500 3 2.5 D2-P Sa8")*

%RFW$30 500 1.5 &.5 D2-P 2S2991 Sa8")*

%RFW$&0 500 0.$5 $ D2-P 2S2776 Sa8")*

%RFW


50/100

%RF


51/100

%RL3102S 20 61 TO-263 SSM60L02S %R

%RL3103 30 0.01& 56TO-220

SSM60N03P %R

%RL3103L 30 0.01& 6& TO-262 %R

%RL3103S 30 0.01& 6& D2P %R

%RL3103S 30 6& TO-263 SSM60N03S %R

%RL3202 20 0.016 &$TO-220

SSM50L02P %R

%RL3202S 20 0.016 &$ D2P %R

%RL3202S 20 &$ TO-263 SSM50L02S %R

%RL3302 20 0.02 39TO-220

%R

%RL3302S 20 0.02 39 D2P %R

%RL3303 30 0.026 3&TO-220

2S2$&& SSM&0N03P %R

%RL3303L 30 0.026 3$ TO-262 2S30$9 %R

%RL3303S 30 0.026 3$ D2P 2S30$9 %R

%RL3303S 30 3$ TO-263 SSM&0N03S %R

%RL3&02 20 0.01 $5TO-220

%R

%RL3&02 20 $5 TO-220 SSM$5L02P %R

%RL3&02S 20 0.01 $5 D2P %R

%RL3502 20 0.007 110TO-220

SSM$0L02P %R

%RL3502S 20 0.007 110 D2P %R

%RL3502S 20 110 TO-263 SSM$5L02S %R

%RL3705 50 0.012 $0TO-220

%R

%RL3705N 55 0.01 77TO-220

%R

%RL3705NL 55 0.01 $9 TO-262 %R

%RL3705NS 55 0.01 $9 D2P %R

%RL3705S 50 0.012 $0 D2P %R

%RL3$03 30 0.006 120TO-220

%R

%RL3$03L 30 0.006 1&0 TO-262 %R

%RL3$03S 30 0.006 1&0 D2P %R

%RL510 100 0.5& 5.6TO-220

%R

%RL510S 100 0.5& 5.6 D2P %R

%RL520 100 0.27 9.2TO-220

2S2399 %R

%RL520N 100 0.1$ 10TO-220

2S231& %R

%RL520S 100 0.27 9.2 D2P 2S2399 %R

%RL530 100 0.16 15TO-220

2S231& %R


52/100

%RL530N 100 0.1 15TO-220

2S231& %R

%RL530NS 100 0.1 15 D2P 2S27$9 %R

%RL530S 100 0.16 15 D2P 2S27$9 %R

%RL5&0 100 0.077 2$TO-220

2S231& %R

%RL5&0N 100 0.0&& 30TO-220

2S2&66 %R

%RL5&0S 100 0.077 2$ D2P 2S27$9 %R

%RL620 200 0.$ 5.2TO-220

2S23$1 %R

%RL620S 200 0.$ 5.2 D2P 2S2920 %R

%RL630 200 0.& 9TO-220

;T630 %R

%RL630S 200 0.& 9 D2P 2S2&01 %R

%RL6&0S 200 0.1$ 1$ D2P 2S2&01 %R

%RLD01& 60 0.2 1.7 D%P %R

%RLD02& 60 0.1 2.5 D%P %R

%RLD110 100 0.5& 1 D%P %R

%RLD120 100 0.27 1.3 D%P %R

%RL%2203? 30 0.01 &9 TO-220 %S %R

%RL%2203N 30 0.007 61 TO-220 %S %R

%RL%2505 55 0.00$ 5$ TO-220 %S 2S29$5 %R

%RL%2910 100 0.026 27 TO-220 %S %R

%RL%3705? 50 0.012 &5 TO-220 %S %R%RL%3705N 55 0.01 &7 TO-220 %S %R

%RL%3$03 30 0.006 67 TO-220 %S %R

%RL%520? 100 0.27 7.2 TO-220 %S 2S2399 %R

%RL%520N 100 0.1$ 7.7 TO-220 %S 2S2391 %R

%RL%530? 100 0.16 9.7 TO-220 %S 2S2391 %R

%RL%530N 100 0.1 11 TO-220 %S 2S2391 %R

%RL%5&0? 100 0.077 12 TO-220 %S 2S2391 %R

%RL%5&0N 100 0.0&& 20 TO-220 %S 2S2&66 %R

%RL%620? 200 0.$ &.1 TO-220 %S 2S23$1 %R

%RL%630? 200 0.& 5.9 TO-220 %S 2S2350 %R

%RL%6&0? 200 0.1$ 9.$ TO-220 %S ;TF6&0 %R

%RL%


53/100

%RLL110 100 0.5& 1.5 SOT-223 2S27&2 %R

%RLL2705 55 0.0& 5.2 SOT-223 %R

%RLL3303 30 0.031 6.5 SOT-223 2S2$39 %R

%RLML2&02 20 0.25 0.93 Micr!-3 %R

%RLML2$03 30 0.25 0.91 Micr!-3 %R%RLML5103 -30 0.6 0.6 Micr!-3 %R

%RLML6302 -20 0.6 0.61 Micr!-3 SSM3J01F %R

%RLMS1503 30 0.1 3.2 M%RO6 %R

%RLMS1902 20 0.1 3.2 M%RO6 %R

%RLMS5703 -30 0.2 -2.3 M%RO6 %R

%RLMS6702 -20 0.2 -2.3 M%RO6 %R

%RLR01& 60 0.2 7.7 D-P 2S2231 %R

%RLR02& 60 0.1 1& D-P 2S2232 %R

%RLR02&N 55 0.065 17 D-P 2S27$2 %R

%RLR110 100 0.5& &.3 D-P 2S2201 %R

%RLR120 100 0.27 7.7 D-P 2S2399 %R

%RLR120N 100 0.1$5 11 D-P 2S2399 %R

%RLR2703 30 0.0&5 22 D-P %R

%RLR2705 55 0.0& 2& D-P %R

%RLR2905 55 0.027 36 D-P %R

%RLR3103 30 0.019 &6 D-P %R

%RLR3103 30 55 TO-252 SSM&0N03/ %R

%RLR3303 30 0.031 33 D-P %R

%RLR3&10 100 0.1 15 D-P %R%RLR$103 30 $9 TO-252 SSM$0N03/ %R

%RLR$503 30 &9 TO-252 SSM50L02/ %R

%RL01& 60 0.2 7.7 %-P 2S2231 %R

%RL02& 60 0.1 1& %-P 2S27$2 %R

%RL02&N 55 0.065 17 %-P 2S27$2 %R

%RL110 100 0.5& &.3 %-P 2S2201 %R

%RL120 100 0.27 7.7 %-P 2S2399 %R

%RL120N 100 0.1$5 11 %-P 2S2399 %R

%RL2703 30 0.0&5 22 %-P %R

%RL2705 55 0.0& 2& %-P %R

%RL2905 55 0.027 36 %-P %R

%RL3103 30 0.019 &6 %-P %R

%RL3303 30 0.031 33 %-P %R

%RL3303 30 33 TO-251 SSM&0N03J %R

%RL3&10 100 0.1 15 %-P %R

%RL


54/100

%RL


55/100

MMDF2P02E -25 0.25 -2.5 SO-$(Dal, TP$303 M!4!r!la

MMDF2P02/D -20 0.16 -3.3 SO-$(Dal, TP$302 M!4!r!la

MMDF2P03/D -30 0.2 -3 SO-$(Dal, TP$301 M!4!r!la

MMDF3200> 20 0.02 SO-$(Dal, TP$20& M!4!r!la

MMDF3200D 20 0.015 7.1 SO-$(Dal, TP$20& M!4!r!laMMDF3200< 20 0.015 7.1 SO-$(Dal, TP$20& M!4!r!la

MMDF3201> 20 0.015 7.1 SO-$(Dal, TP$20& M!4!r!la

MMDF3207> -20 0.03 SO-$(Dal, M!4!r!la

MMDF3301> -30 0.0& SO-$(Dal, TP$303 M!4!r!la

MMDF3303> 30'-30 0.025'0.0& SOP-$(P=N, TP$&01 M!4!r!la

MMDF330&> 30 0.025 SO-$(Dal, TPT$203 M!4!r!la

MMDF3N02/D 20 0.09 3.$ SO-$(Dal, TP$202 SSM&$00M M!4!r!la

MMDF3N03/D 30 0.07 &.1 SO-$(Dal, TP$201 M!4!r!la

MMDF3N0&/D &0 0.0$ 3.& SO-$(Dal, M!4!r!la

MMDF3N06/D 60 0.1 3.3 SO-$(Dal, M!4!r!la

MMDF&N01/D 12 0.1 & SO-$(Dal, M!4!r!la

MMDF&N02< 20 0.0& &.5 SO-$(Dal, TP$202 M!4!r!la

MMDF5N02< 20 0.0& 5 SO-$(Dal, TP$202 M!4!r!la

MMDF6N02/D 20 0.035 6 SO-$(Dal, TP$20& SSM9926M M!4!r!la

MMFT1N10E 100 0.3 1 SOT-223 2S27&2 M!4!r!la

MMFT2955E -60 0.3 1.2 SOT-223 2SJ&$2 M!4!r!la

MMFT2N02EL 20 0.15 2 SOT-223 2S2$39 M!4!r!la

MMFT3055E 60 0.15 1.7 SOT-223 2S27&1 M!4!r!la

MMFT3055EL 60 0.1$ 1.5 SOT-223 2S27&1 M!4!r!laMMFT3055 60 0.13 1.7 SOT-223 2S27&1 M!4!r!la

MMFT3055L 60 0.1& 1.5 SOT-223 2S27&1 M!4!r!la

MMSF10N02< 20 0.015 10 SO-$(Si)*l+, TP$00$ M!4!r!la

MMSF2P02E -20 0.25 -2.5 SO-$(Si)*l+, M!4!r!la

MMSF3203> -20 0.02 SO-$(Si)*l+, M!4!r!la

MMSF3205 -20 0.015 -$.6 SO-$(Si)*l+, M!4!r!la

MMSF3207 -20 0.033 -&.$ SO-$(Dal, M!4!r!la

MMSF3300 30 0.0125 SO-$(Si)*l+, TP$007-/ M!4!r!la

MMSF3305> -30 0.02 SO-$(Si)*l+, TP$106-/ M!4!r!la

MMSF3P02/D -20 0.075 -5.6 SO-$(Si)*l+, M!4!r!la

MMSF3P03/D -30 0.1 -&.6 SO-$(Si)*l+, TP$10&-/ M!4!r!la

MMSF&N01/D 12 0.0&5 & SO-$(Si)*l+, M!4!r!la

MMSF&P01/D -12 0.0$ -5.1 SO-$(Si)*l+, M!4!r!la

MMSF5N02/D 20 0.025 $.2 SO-$(Si)*l+, TP$00$ M!4!r!la

MMSF5N03/D 30 0.0& 6.5 SO-$(Si)*l+, TP$006-/ M!4!r!la

MMSF5N03< 30 0.035 5 SO-$(Si)*l+, TP$001 M!4!r!la

MMSF6N01/D 12 0.0&5 6 SO-$(Si)*l+, M!4!r!la

MMSF6N02< 20 0.022 6 SO-$(Si)*l+, TP$001 M!4!r!la

MMSF7N02< 20 0.022 7 SO-$(Si)*l+, TP$00$ M!4!r!laMMSF7N03/D 30 0.02$ $.2 SO-$(Si)*l+, TP$006-/ M!4!r!la


56/100

MMSF7N03< 30 0.03 7.5 SO-$(Si)*l+, TP$006-/ M!4!r!la

MPM3002 100 0.&'0.15 $ %+P(/-, M!4!r!la

MPM3003 60 0.2$'0.15 10 %+P(FLL, M!4!r!la

MPM300& 60 0.2$'0.15 10 %+P(/-, M!4!r!la

MPM300$ 60 0.15'0.0& 16 %+P(/-, M!4!r!laMPM3010 60 0.15'0.15 12 %+P(/-, M!4!r!la

MPM3017 60 0.15'0.0& 25 %+P(/-, M!4!r!la

MT1N60E 600 3.$ 1 TO-220 %S 2S3067 M!4!r!la

MT2955E -60 0.3 $ TO-220 %S 2SJ&3$ M!4!r!la

MT2N60E 600 2.2 2 TO-220 %S 2S2750 M!4!r!la

MT3055E 60 0.15 9 TO-220 %S 2S2231 M!4!r!la

MT30N06E 60 0.025 30 TO-220 %S 2S2312 M!4!r!la

MT&N&0E &00 1 & TO-220 %S 2S2679 M!4!r!la

MT&N50E 500 1.5 & TO-220 %S 2S2662 M!4!r!la

MT&N60E 600 1.2 & TO-220 %S 2S25&5 M!4!r!la

MT5N50E 500 0.$ 5 TO-220 %S 2S2662 M!4!r!la

MT6N&0E &00 0.55 6 TO-220 %S 2S2952 M!4!r!la

MT$N10E 100 0.25 $ TO-220 %S 2S2399 M!4!r!la

MTJ10P10 -100 0.3 10 TO-220 %S 2SJ&3$ M!4!r!la

MTJ15P06 -60 0.12 15 TO-220 %S 2SJ30& M!4!r!la

MTJ23N06/DL 60 0.03 23 TO-220 %S 2S23$5 M!4!r!la

MTJ25N06EL 60 0.05 25 TO-220 %S 2S2232 M!4!r!la

MTJ27N06E 60 0.0& 27 TO-220 %S 2S23$5 M!4!r!la

MTJ3055E 60 0.15 10 TO-220 %S 2S2231 M!4!r!laMTJ3055EL 60 0.1$ 12 TO-220 %S 2S2231 M!4!r!la

MTJ30N06E 60 0.02$ 30 TO-220 %S 2S23$5 M!4!r!la

MTJ30N06EL 60 0.02$ 30 TO-220 %S 2S23$5 M!4!r!la

MTJ30N06/D 60 0.021 30 TO-220 %S 2S2312 M!4!r!la

MTJ$N10E 100 0.25 $ TO-220 %S 2S2399 M!4!r!la

MT10N&0E &00 0.55 10 D2-P 2S29&9 M!4!r!la

MT15N06E 60 0.12 15 D2-P 2S27$2 M!4!r!la

MT15N06 60 0.12 15 D2-P 2S27$2 M!4!r!la

MT16N25E 250 0.25 16 D2-P 2S259$ M!4!r!la

MT1N100E 1000 9 1 D2-P 2S1930 M!4!r!la

MT20N20E 200 0.16 20 D2-P 2S2&01 M!4!r!la

MT23P06E -60 0.12 23 D2-P 2SJ&01 M!4!r!la

MT23P06 -60 0.12 23 D2-P 2SJ&01 M!4!r!la

MT2N&0E &00 3.5 2 D2-P 2S2$3$ M!4!r!la

MT2N60E 600 &.16 2 D2-P 2S2$65 M!4!r!la

MT2P50E -500 6 2 D2-P M!4!r!la

MT30N06EL 60 0.05 30 D2-P 2S2311 M!4!r!la

MT30N06L 60 0.05 30 D2-P 2S2311 M!4!r!la

MT30P06 -60 0.0$ 30 D2-P 2SJ&01 M!4!r!laMT33N10E 100 0.06 33 D2-P 2S2&66 M!4!r!la


57/100

MT35N06


58/100

MTD3055L 60 0.1$ 12 D-P 2S2231 M!4!r!la

MTD3N20E 200 1.5 3 D-P 2S2920 M!4!r!la

MTD3N25E 250 1.& 3 D-P M!4!r!la

MTD&N20 2

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