m a r ketin g info r mation fz 900 r 16 kf 1 e x te r nal connection to be done e x te r nal connection to be done m 8 m 4 61,5 18 130 31,5 28 7 16,5 18,5 c e c e e g c 2,5 114 scr e wi ng depth m a x . 8 e uropean p o w er- s e m iconductor and e lectronics co m pany g m bh + co. k g a 15 / 97 m o d -e/ 21 .j a n 1998 g.sc hulz e c e g e c e c www.datasheet.co.kr datasheet pdf - http://www..net/
fz 900 r 16 kf1 h?c h s t z u l ?ss i ge w er t e / max i m u m ra t ed va l u es el e k t risch e eig e nsch a ft e n / el e c t ric a l pr o p e r t i e s k o ll e kt o r-emitt e r-sp e rrsp annun g c o ll e ct o r- e mitt e r v o lt a g e v ces 1200 v k o ll e kt o r-d aue rgl e ic h str o m dc-c o ll e ct o r c u rr en t i c 1200 a p e ri o disc he r k o ll e kt o r spitz en str o m r e p e titiv e p ea k c o llct o r c u rr en t t p = 1 ms i cr m 2400 a g e s a mt-v e rl u stl e ist un g t o t a l p o w e r dissip a ti on t c = 25 c, tr an sist o r /tr an sist o r p t o t 7800 w g a t e -emitt e r-spitz en sp annun g g a t e - e mitt e r p ea k v o lt a g e v ge 20 v d aue rgl e ic h str o m dc f o rw a rd c u rr en t i f 1200 a p e ri o disc he r spitz en str o m r e p e titiv e p ea k f o rw. c u rr en t t p = 1 ms i fr m 2400 a i s o l a ti on s-pr fsp annun g i n s u l a ti on t e st v o lt a g e r m s, f= 50 hz, t= 1 mi n . v isol 2 , 5 kv c h arak t er i s ti sc h e w er t e / c h arac t er i s ti c va l u es : tra n s i s t or mi n . t y p. m a x . k o ll e kt o r-emitt e r s ? ttig un gssp annun g c o ll e ct o r- e mitt e r s a t u r a ti on v o lt a g e i c = 1 , 2 ka, v ge = 15 v, t v j = 25 c v ce s a t - 2 , 7 3 , 2 v i c = 1 , 2 ka, v ge = 15 v, t v j = 125 c - 3 , 3 3 , 9 v g a t e -sc h w e ll en sp annun g g a t e t h r e s ho ld v o lt a g e i c = 48 ma, v ce =v ge , t v j = 25 c v ge (t h ) 4 , 5 5 , 5 6 , 5 v ei n g an gsk a p a zit ? t i n p u t c a p a cit y f o = 1m hz,t v j = 25 c,v ce = 25 v, v ge = 0 v c i es - 90 - n f k o ll e kt o r-emitt e r r e ststr o m c o ll e ct o r- e mitt e r c u t- o ff c u rr en t v ce = 1200 v, v ge = 0 v, t v j = 25 c i ces - 16 - ma v ce = 1200 v, v ge = 0 v, t v j = 125 c - 100 200 ma g a t e -emitt e r r e ststr o m g a t e l ea k a g e c u rr en t v ce = 0 v, v ge = 20 v, t v j = 25 c i ges - - 400 n a emitt e r-g a t e r e ststr o m g a t e l ea k a g e c u rr en t v ce = 0 v, v eg = 20 v, t v j = 25 c i egs - - 400 n a ei n sc ha ltz e it (i n d u ktiv e la st) t u r n - on tim e (i n d u ctiv e l oa d) i c = 1 , 2 ka,v ce = 600 v t o n v l = 15 v, r g = 0 , 82 , t v j = 25 0 , 7 - s v l = 15 v, r g = 0 , 82 , t v j = 125 - 0 , 8 - s sp e ic he rz e it (i n d u ktiv e la st) st o r a g e tim e (i n d u ctiv e l oa d) i c = 1 , 2 ka,v ce = 600 v t s v l = 15 v, r g = 0 , 82 , t v j = 25 - 0 , 9 - s v l = 15 v, r g = 0 , 82 , t v j = 125 - 1 , 0 - s f a llz e it (i n d u ktiv e la st) f a ll tim e (i n d u ctiv e l oa d) i c = 1 , 2 ka,v ce = 600 v t f v l = 15 v, r g = 0 , 82 , t v j = 25 - 0 , 10 - s v l = 15 v, r g = 0 , 82 , t v j = 125 - 0 , 15 - s ei n sc ha ltv e rl u st ene rgi e pr o p u ls t u r n - on ene rg y l o ss p e r p u ls i c = 1 , 2 ka, v ce = 600 v, l s = 70n h v l = 15 v,r g = 0 , 82 ,t v j = 125 c e o n - 170 - mws absc ha ltv e rl u stl e ist un g pr o p u ls t u r n - o ff ene rg y l o ss p e r p u ls i c = 1 , 2 ka, v ce = 600 v, l s = 70n h v l = 15 v,r g = 0 , 82 ,t v j = 125 c e off - 190 - mws c h arak t er i s ti sc h e w er t e / c h arac t er i s ti c va l u es i n v e rsdi o d e / i n v e rs e di o d e d u rc h l a ?sp annun g f o rw a rd v o lt a g e i f = 1 , 2 ka, v ge = 0 v, t v j = 25 c v f - 2 , 2 2 , 7 v i f = 1 , 2 ka, v ge = 0 v, t v j = 125 c - 2 , 0 2 , 5 v r ckstr o mspitz e p ea k r e v e rs e r e c o v e r y c u rr en t i f = 1 , 2 ka, v r m = 600 v, v eg = 10 v i r m -di f /dt = 6 ka/s, t v j = 25 c - 400 - a - 700 - a sp e rrv e rz ? g e r un gsl a d un g r e c o v e r e d c ha rg e i f = 1 , 2 ka, v r m = 600 v, v eg = 10 v q r -di f /dt = 6 ka/s, t v j = 25 c - 50 - as - 150 - as t h erm i sc h e e i ge n sc h a ft e n / t h erma l proper ti es i nne r e r w ? rm e wid e rst an d t he rm a l r e sist an c e , j un cti on t o c a s e tr an sist o r / tr an sist o r, dc r t h jc 0 , 016 c/w tr an sist o r,dc,pr o zw e ig/p e r a rm 0 , 032 c/w b e rg an gs-w ? rm e wid e rst an d t he rm a l r e sist an c e , c a s e t o hea tsi n k pr o mo d u l / p e r mo d u l e r t h ck 0 , 008 c/w h ? c h stz u l. sp e rrsc h ic h tt e mp e r a t u r m a x . j un cti on t e mp e r a t u r e pr o mo d u l / p e r mo d u l e t v j m ax 150 c b e tri e bst e mp e r a t u r o p e r a ti n g t e mp e r a t u r e tr an sist o r / tr an sist o r t c op - 40 ...+ 125 c la g e rt e mp e r a t u r st o r a g e t e mp e r a t u r e t s t g - 40 ...+ 125 c mec h a n i sc h e e i ge n sc h a ft e n / mec h a n i ca l proper ti es i nne r e i s o l a ti on i n t e r na l i n s u l a ti on a i 2 o 3 a n z u gsdr eh m o m en t f. m e c h . b e f e stig un g m oun ti n g t o rq ue t e rmi na ls m6 / t o l e r an ce +/- 15% m1 5 nm a n z u gsdr eh m o m en t f. e l e ktr. a n sc h l ss e t e rmi na l c onne cti on t o rq ue t e rmi na ls m4 / t o l e r an ce +/- 15% m2 2 nm t e rmi na ls m8 8 ... 10 nm g e wic h t w e ig h t g c a . 1500 g b e dingung f r d e n kurzschlu ? schu t z / c o ndi t i o ns f o r sh o r t -circui t pr o t e c t i o n t fg = 10 s v cc = 750 v v l = 15 v v ce m = 900 v r gf = r gr = 0 , 82 i c m k1 10000 a t v j = 125c i c m k2 8000 a un a bh?ngig d a v o n gil t b e i a b we ich e nd e n b e dingung e n / w i t h r e g a rd t o o t h e r c o ndi t i o ns ce m = v ces - 15nh x |di c / d t | m it di e s e r t e c hn isc hen i n f o rm a ti on w e rd en h a lbl e it e rb aue l e m en t e sp e zifizi e rt, j e d o c h k e i ne eig en sc ha ft en z u g e sic he rt. si e gilt i n v e rbi n d un g mit d en z u g eh? rig en t e c hn isc hen erl ?u t e r un g en . t h is t e c hn ic a l i n f o rm a ti on sp e cifi e s s e mic on d u ct o r d e vic e s b u t pr o mis e s no c ha r a ct e ristics. i t is v a lid i n c o mbi na ti on wit h t he b e l on gi n g t e c hn ic a l no t e s. v t v j = 125 c t v j = 125 c www.datasheet.co.kr datasheet pdf - http://www..net/
fz 900 r 16 k f1 FZ900R16KF1 i c [a] bild/fig. 1 k o ll e kt o r-emitt e r-sp annun g im s ? ttig un gsb e r e ic h (t y pisc h ) c o ll e ct o r- e mitt e r-v o lt a g e i n s a t u r a ti on r e gi on (t y pic a l) v g e = 15 v ----- t v j = 25 c ___ tvj = 125 c v c e [v] 1 . 0 1 . 5 2 . 0 2 . 5 3 . 0 3 . 5 4 . 0 4 . 5 5 . 0 0 1500 2000 2500 500 1000 FZ900R16KF1 i c [a] bild/fig. 3 b e rtr a g un gsc ha r a kt e ristik (t y pisc h ) tr an sf e r c ha r a ct e ristic (t y pic a l) v c e = 20 v v g e [v] 5 6 7 8 9 10 11 12 0 t v j = 125 c 25 c FZ900R16KF1 i c [a] bild/fig. 4 r ckw ? rts-arb e itsb e r e ic h r e v e rs e bi a s e d s a f e o p e r a ti n g a r ea t v j = 125 c, v lf = v lr = 15 v, r g = 0 , 82 v c e [v] 0 0 200 1200 1000 1400 400 600 800 1500 2000 2500 500 1000 1500 2000 2500 500 1000 FZ900R16KF1 i c [a] bild/fig. 2 k o ll e kt o r-emitt e r-sp annun g im s ? ttig un gsb e r e ic h (t y pisc h ) c o ll e ct o r- e mitt e r-v o lt a g e i n s a t u r a ti on r e gi on (t y pic a l) tvj = 125 c v c e [v] 1 . 0 1 . 5 2 . 0 2 . 5 3 . 0 3 . 5 4 . 0 4 . 5 5 . 0 0 1500 2000 2500 500 1000 v g e = 20 v 15 v 12 v 10 v 9 v 8 v www.datasheet.co.kr datasheet pdf - http://www..net/
fz 900 r 16 k f1 FZ900R16KF1 z ( t h )jc [ c/w] bild/fig. 5 tr an si en t e r i nne r e r w ? rm e wid e rst an d (dc) tr an si en t t he rm a l imp e d an c e (dc) 10 -3 2 4 10 -2 10 -1 10 0 10 -3 10 -2 2 3 5 2 4 2 4 2 t [s] 10 1 4 i gbt di o d e FZ900R16KF1 i f [a] bild/fig. 6 d u rc h l a ?k enn li n i e d e r i n v e rsdi o d e (t y pisc h ) f o rw a rd c ha r a ct e ristic o f t he i n v e rs e di o d e (t y pic a l) t v j = 25 c t v j = 125 c v f [v] 0 1 . 0 1 . 5 2 . 0 2 . 5 0 . 5 3 . 0 10 -1 2 3 6 1500 2000 2500 500 1000 www.datasheet.co.kr datasheet pdf - http://www..net/
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