wfw wfw wfw wfw 24n50 24n50 24n50 24n50 w w w w 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 . s s s s il il il il i i i i c c c c o o o o n n n n n n n n - - - - ch ch ch ch a a a a n n n n n n n n el el el el m m m m os os os os f f f f et et et et f e a t u r e s 24 a, 500 v , r d s ( on ) ( m a x 0 . 1 9 ? ) @ v g s = 10 v u l t ra- l o w g a t e c harge( t yp i c a l 90nc ) f a s t s w i tc h i n g capab ili t y 100% a va l an c h e t e st e d m a x i m u m j un ct i o n t e m pera t ur e range(15 0 ) g e ne r a l d e sc r i p ti o n t h i s n - channe l e nhan c e m en t m od e p owe r f i e l d e ff e c t t ran s i st or s a r e p rodu c e d u s i n g w i n s e m i' s p r op r i e t a r y , p l ana r s t r i p e , d m o s t e c hno l og y . t h i s a d v an c e d t e c hno l og y h a s b ee n e s pe c i a ll y t a il ore d t o m i n i m i z e o n- s t a t e r e s i s t an c e , p ro v i d e s uper i o r s w i t c h i n g p e r f or m an c e , a n d w i t h st an d h i g h e nerg y p u l s e i n t h e a v a l an c h e a n d c o m m u t a t i o n m ode . t he s e d e v i c e s a r e w e l l s u i t e d f o r h i g h e ff i c i en c y s w i t c h m od e p owe r s upp li e s . a b s o l u te m a x i m u m r a ti n g s s y m bol p a r a m e t er v a l ue u n it s v d s s dra in s our c e v o l t ag e 50 0 v i d con t i nuou s dra in curren t ( @ t c = 2 5 ) 2 4 a con t i nuou s dra in curren t ( @ t c = 10 0 ) 15 . 2 a i dm dra in curren t p u l s e d (no t e1 ) 9 6 a v g s g a t e t o s our c e v o l t ag e 3 0 v e a s s i ng l e p u l s e d a va l an c h e e nerg y (no t e2 ) 1 10 0 mj e a r repe t i t i v e a va l an c h e e nerg y (no t e1 ) 2 9 mj dv / d t p ea k d i od e re c ove r y d v / d t (no t e3 ) 4 . 5 v / n s p d t o t a l p o w e r d i ss i pa t i on ( @ t c = 2 5 ) 29 0 w dera t i n g f a ct o r abov e 2 5 2 . 3 3 w / t j , t s tg j un ct i o n an d st orag e t e m pera t ur e -55 ~ 15 0 t l channe l t e m pera t ur e 30 0 t h e r m a l c ha r a ct e r istics s y m bol p a r a m e t er v a l ue u n it s m i n t y p m ax r q j c t her m a l re s i st an c e , j un ct i o n - t o -ca s e - - 0 . 4 3 / w r q c s t her m a l re s i st an c e , ca s e- t o- s i n k - 0 . 2 4 - / 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 - - 4 0 / w r ev . a a u g .20 1 0
wfw wfw wfw wfw 24n50 24n50 24n50 24n50 w w w w 2 /7 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance c ha r ac t e ri s ti cs s y m bol t es t c ond iti on m i n t y pe m ax u n i t g a t e l ea k ag e c urren t i g s s v g s = 2 5 v , v d s = 0 v - - 10 0 n a g a t e- s our c e brea k dow n vo l t ag e v ( b r )g s s i g = 1 0 a, v d s = 0 v 3 0 - - v dra in c u t -o f f c urren t i d s s v d s = 50 0 v , v g s = 0 v - - 1 a v d s = 40 0 v , t c = 12 5 1 0 dra in - s our c e brea k dow n vo l t ag e v ( b r ) d s s i d = 1 0 m a, v g s = 0 v 50 0 - - v b rea k do w n vo l t ag e t e m pera t ur e c oe f f i c i en t b v d ss / t j i d = 250 a, re f eren c e d t o 25 - 0 . 5 3 - v / g a t e t hre s ho ld vo l t ag e v g s ( th) v d s = 10 v , i d = 1 ma 3 . 0 - 5 . 0 v dra in - s our c e on re s i st an c e r d s (o n) v g s = 10 v , i d = 9 a - 0 . 1 6 0 . 1 9 ? f or w a r d t ran sc ondu ct an c e g f s v d s = 40 v , i d = 9 a - 2 2 - s i npu t c apa c i t an c e c is s v d s = 25 v , v g s = 0 v , f = 1 m h z - 350 0 450 0 p f rever s e t ran sf e r c apa c i t an c e c r s s - 5 5 7 0 o u t pu t c apa c i t an c e c o s s - 52 0 670 s w i tc h i n g t ime r i s e t ime t r v dd = 250 v , i d = 18 a r g = 25 ? (no t e4 , 5 ) - 25 0 50 0 n s t urn-o n t ime t o n - 8 0 17 0 f a ll t ime t f - 15 5 32 0 t urn-o f f t ime t o f f - 20 0 40 0 t o t a l ga t e c harge(ga t e- s our c e p l u s ga t e-dra i n ) qg v dd = 400 v , v g s = 10 v , i d = 18 a (no t e4 , 5 ) - 9 0 12 0 n c g a t e- s our c e c harg e q g s - 2 3 - g a t e-dra i n( " m i ll er " ) charg e q g d - 4 4 - c ha r ac t e ri s ti cs s y m bol t es t c ond iti on m i n t y pe m ax u n i t con t i nuou s dra in rever s e c urren t i dr - - - 2 4 a p u l s e dra in rever s e c urren t i d r p - - - 9 6 a f or w a r d vo l t age(d i ode ) v d s f i d r = 24 a, v g s = 0 v - - 1 . 4 v rever s e re c over y t ime t r r i d r = 24 a, v g s = 0 v , di dr / d t = 10 0 a / s - 40 0 - n s rever s e re c over y c harg e q r r - 4 . 3 - c e l e ct r ic a l c h a r a ct e r istics ( t c =2 5 ) s o u r c e - d r a in r a ti n g s a n d c h a r a ct e r istics ( t a= 2 5 ) no t e 1 . repea t i v i t y ra t i n g : pu l s e w i d t h limi t e d b y j un ct i o n t e m pera t ur e 2 . l = 3 . 4 mh i as = 24 a, v dd = 50 v , r g = 25 ? , s t ar t i n g t j = 25 3 . i s d 24 a, d i / d t 200 a/ u s, v dd < b v d ss , s t a r t i n g t j = 25 4 . p u l s e t e st : p u l s e w i d t h 300u s, du t y cy c l e 2 % 5 . ess en t i a l l y i ndependen t o f opera t i n g t e m pera t ure . t hi s t r a n s i s t o r i s a n e l e ct ro s t a ti c s e n s iti v e d e v ic e pl e a se h a nd l e w it h c a uti o n
wfw wfw wfw wfw 24n50 24n50 24n50 24n50 w w w w 3 /7 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance fig.1 fig.1 fig.1 fig.1 o o o o n n n n st st st st a a a a te te te te ch ch ch ch a a a a r r r r ac ac ac ac t t t t e e e e r r r r i i i i s s s s ti ti ti ti c c c c s s s s fig.2 fig.2 fig.2 fig.2 t t t t r r r r a a a a n n n n s s s s f f f f e e e e r r r r curr curr curr curr e e e e n n n n t t t t ch ch ch ch a a a a r r r r ac ac ac ac t t t t e e e e r r r r i i i i s s s s ti ti ti ti c c c c s s s s fig.3 fig.3 fig.3 fig.3 o o o o n-r n-r n-r n-r es es es es i i i i s s s s t t t t a a a a n n n n c c c c e e e e v v v v a a a a r r r r i i i i a a a a tion tion tion tion v v v v s s s s dr dr dr dr a a a a i i i i n n n n curr curr curr curr e e e e n n n n t t t t a a a a n n n n d d d d g g g g a a a a te te te te v v v v olt olt olt olt a a a a ge ge ge ge fig.4 fig.4 fig.4 fig.4 body body body body diode diode diode diode for for for for w w w w a a a a rd rd rd rd v v v v ol ol ol ol t t t t a a a a ge ge ge ge v v v v a a a a r r r r i i i i a a a a tion tion tion tion w w w w i i i i th th th th sour sour sour sour c c c c e e e e curr curr curr curr e e e e n n n n t t t t a a a a n n n n d d d d t t t t em em em em p p p p e e e e r r r r a a a a ture ture ture ture fig.5 fig.5 fig.5 fig.5 c c c c a a a a p p p p ac ac ac ac i i i i t t t t a a a a n n n n c c c c e e e e ch ch ch ch a a a a r r r r ac ac ac ac t t t t e e e e ri ri ri ri s s s s t t t t i i i i c c c c s s s s fig.6 fig.6 fig.6 fig.6 g g g g a a a a te te te te ch ch ch ch a a a a r r r r g g g g e e e e ch ch ch ch a a a a r r r r ac ac ac ac t t t t e e e e r r r r i i i i s s s s ti ti ti ti c c c c s s s s
wfw wfw wfw wfw 24n50 24n50 24n50 24n50 w w w w 4 /7 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance fig.7 fig.7 fig.7 fig.7 br br br br eak eak eak eak d d d d o o o o w w w w n n n n v v v v ol ol ol ol t t t t a a a a ge ge ge ge v v v v a a a a r r r r i i i i a a a a tion tion tion tion fig.8 fig.8 fig.8 fig.8 o o o o n-r n-r n-r n-r es es es es i i i i s s s s t t t t a a a a n n n n c c c c e e e e v v v v a a a a r r r r i i i i a a a a tion tion tion tion v v v v s s s s . . . . t t t t em em em em p p p p e e e e r r r r a a a a ture ture ture ture fig.9 fig.9 fig.9 fig.9 max max max max i i i i m m m m um um um um s s s s a a a a fe fe fe fe o o o o p p p p e e e e r r r r a a a a t t t t i i i i on on on on a a a a r r r r e e e e a a a a fig. fig. fig. fig. 1 1 1 1 0 0 0 0 max max max max i i i i m m m m um um um um dr dr dr dr a a a a i i i i n n n n curr curr curr curr e e e e n n n n t t t t v v v v s s s s c c c c as as as as e e e e t t t t em em em em p p p p e e e e r r r r a a a a ture ture ture ture fig fig fig fig . . . . 1 1 1 1 1 1 1 1 t t t t r r r r a a a a n n n n s s s s i i i i e e e e nt nt nt nt th th th th e e e e r r r r ma ma ma ma l l l l r r r r es es es es p p p p on on on on s s s s e e e e cur cur cur cur v v v v e e e e
wfw wfw wfw wfw 24n50 24n50 24n50 24n50 w w w w 5 /7 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance fig. fig. fig. fig. 1 1 1 1 2 2 2 2 g g g g a a a a te te te te t t t t es es es es t t t t cir cir cir cir c c c c u u u u it it it it & & & & w w w w a a a a v v v v e e e e form form form form fig. fig. fig. fig. 1 1 1 1 3 3 3 3 r r r r es es es es i i i i s s s s ti ti ti ti v v v v e e e e s s s s w w w w i i i i t t t t c c c c hing hing hing hing t t t t es es es es t t t t cir cir cir cir c c c c u u u u it it it it & & & & w w w w a a a a v v v v e e e e form form form form fig. fig. fig. fig. 1 1 1 1 4 4 4 4 un un un un c c c c l l l l am am am am p p p p e e e e d d d d indu indu indu indu c c c c ti ti ti ti v v v v e e e e s s s s w w w w i i i i t t t t c c c c hing hing hing hing t t t t es es es es t t t t cir cir cir cir c c c c u u u u it it it it & & & &
wfw wfw wfw wfw 24n50 24n50 24n50 24n50 w w w w 6 /7 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance fig. fig. fig. fig. 1 1 1 1 5 5 5 5 p p p p ea ea ea ea k k k k diode diode diode diode r r r r ec ec ec ec o o o o v v v v e e e e r r r r y y y y d d d d v v v v /dt /dt /dt /dt t t t t es es es es t t t t cir cir cir cir c c c c u u u u it it it it & & & & w w w w a a a a v v v v e e e e form form form form
wfw wfw wfw wfw 24n50 24n50 24n50 24n50 w w w w 7 /7 steady, steady, steady, steady, keep keep keep keep you you you you advance advance advance advance t t t t o o o o -2 -2 -2 -2 4 4 4 4 7 7 7 7 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 u ni t :mm
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