c o p y r igh t @ w i n s em i microelectronics c o . , lt d . , a l l ri g h t r e s er v ed . re v . a j u n .20 11 mc k 10 0 - 6 s s s s e e e e n n n n si si si si t t t t ive ive ive ive g g g g a a a a t t t t e e e e s s s s ilic ilic ilic ilic o o o o n n n n c c c c o o o o n n n n t t t t r r r r o o o o lled lled lled lled rec rec rec rec t t t t i i i i f f f f i i i i e e e e r r r r s s s s f ea t u r es s en s i t i v e ga t e t r i gge r c urren t : i g t = 200u a m a x i m u m lo w on- st a t e vo l t age : v t m = 1 . 2( t yp . ) @ i t m lo w rever s e an d f or w a r d b l o ck i n g c urren t : i d r m / i p rm = 100u a @t c = 125 lo w ho l d i n g c urren t : i h = 5 ma m a x i m u m g e n e r al d esc ri p ti o n s en s i t i v e t r i gger i n g s c r is s u i t ab l e f o r t h e app li c a t i o n w he r e ga t e c urren t limi t e d s u c h a s m i c ro c on t ro ll er s , l og ic i n t egra t e d c i r c u i t s , s m a ll m o t o r c on t ro l, ga t e dr i ve r f o r l arg e s cr , s en s i n g an d de t e ct i n g c i r c u i ts . g enera l purpo s e s w i tc h i n g an d pha s e c on t ro l app li c a t i on s a b s o l u t e m a x im u m r a t in g s (t j = 2 5 unle s s o t he r w is e spec i f i ed ) s y mbo l p a r a m e t e r v a lu e u ni t s v d r m / v r r m repe t i t i v e pea k o f f - st a t e vo l t ag e n o t e(1 ) 40 0 v i t ( r m s ) r m s on- st a t e curren t (180 o c ondu ct i o n ang l e s ) t i = 85 0 . 8 a i t ( a v ) a verag e on- st a t e curren t (80 o condu ct i o n ang l e s ) t i = 85 0 . 5 a i t s m no n repe t i t i v e s urg e pea k on- st a t e c urren t t p = 8 . 3 ms 9 a t p = 1 0 ms 8 i 2 t i 2 t v a l u e f o r f u s i n g t p = 8 . 3 ms 0 . 4 1 a 2 s p g m p ea k ga t e po w e r 2 w d i/ d t cr i t i c a l ra t e o f r i s e o f on- st a t e c urren t i t m = 2 a ; i g = 10 m a ; d i g / d t = 100 m a / s t j = 125 5 0 a / s p g ( a v ) a verag e ga t e po w e r d i ss i pa t i o n t j = 125 0 . 1 w i f g m p ea k ga t e c urren t t j = 125 1 a v r g m p ea k ga t e v o l t ag e t j = 125 5 v t j , j un ct i o n t e m pera t ur e -40 ~ 12 5 t s tg st orag e t e m pera t ur e -40 ~ 15 0 no no no no te1: te1: te1: te1: al t h o ugh not re c o mm e nd e d, o f f - s t a t e v o l t a g es up t o 800 v m ay be ap p li e d w i t hout d a m age, b u t t h e t h y ri s t or m ay s w i tc h t o t h e o n - s t a t e . t he ra t e of ri s e of c u rrent s h o u ld not e x c e ed 15 a / s . t h e rm al ch a r ac t e ri s t i cs s y mbo l p a r a m e t e r v a lu e u ni t s m i n t y p m a x r q j c t her m a l re s i st an c e , j un ct i on- t o-ca s e - - 6 0 / w r q j a t her m a l re s i st an c e , j un ct i on- t o- a m b i en t - - 15 0 / w
mc k 10 0 - 6 2 / 5 s y mbo l c ha r ac t e r i s t ic s m i n t y p . m a x u ni t i d r m /i r r m o f f - st a t e l ea k ag e c urren t ( v = v / v ) t c = 2 5 - - 1 a t c = 12 5 10 0 v t m f or w a r d o n vo l t ag e ( i t m = 1 a t p = 380 s ) (no t e2 . 1 ) - 1 . 2 1 . 7 v i g t g a t e t r i gge r curren t ( c on t i nuou s d c ) (no t e2 . 2 ) ( v a k = 7 v d c , r l = 10 0 ) 1 5 - 20 0 a v g t g a t e t r i gge r v o l t ag e (con t i nuou s d c ) (no t e2 . 2 ) ( v a k = 7 v d c , r l = 10 0 ) - - 0 . 8 v v g d g a t e t hre s ho ld v o l t ag e (no t e2 . 1 ) 0 . 2 - - v dv / d t v o l t ag e ra t e o f r i s e o f f- s t a t e v o l t ag e ( v d = 0 . 67 v d r m ; e x ponen t i a l w ave f or m ) t j = 125 50 0 80 0 - v / s g a t e ope n c i r c u it 2 5 i h ho l d i n g curren t ( v d = 1 2 v ; i gt = 0 . 5 m a ) - 2 5 ma i l l a tc h i n g c urren t ( v d = 1 2 v ; i gt = 0 . 5 m a ) - 2 6 ma r d dyna m ic re s i st an c e t j = 125 - - 24 5 m steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance 2 / 5 e l ec tr i cal ch a r ac t e ri s ti cs ( t j = 2 5 c, r g k = 1 k ? u n l e ss o t he r w i se spec i f i e d ) a k d r m r r m n o t e 2 . 1 p u l s e w id t h 1 . 0 m s , d u t y c y c l e 1% 2 . 2 r gk c u rrent is n o t i n c l u ded in m e a s ur e m en t .
mc k 10 0 - 6 3 / 5 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance
mc k 10 0 - 6 4 / 5 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance
mc k 10 0 - 6 5 / 5 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance spt-89 spt-89 spt-89 spt-89 p p p p a a a a cka cka cka cka g g g g e e e e dim dim dim dim e e e e n n n n s s s s ion ion ion ion
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