1 0 0 v , 26 a , 2 0 .2 m lo w r d s ( o n ) n c h tre nch p o w e r m os fet gki 10 301 g ki 10 30 1 - ds r ev . 1 .2 s a nk e n e l e ct ric co ., l t d. 1 j an. 24 , 2 01 4 f e a ture s ? v (br) d ss -------------------------------- 100 v (i d = 1 0 0 a) ? i d -------------------------------- -------------------------- 2 6 a ? r ds( on ) -------- 2 9 . 8 m m a x . (v gs = 10 v , i d = 1 4 . 2 a) ? q g ------ 1 6 . 9 n c ( v gs = 4 . 5 v, v ds = 50 v , i d = 1 7. 1 a ) ? l o w t o tal g ate c h ar g e ? hig h sp ee d s w itc h in g ? l o w on - r esi s ta n ce ? c ap ab le o f 4 . 5 v gate dr iv e ? 1 0 0 % ui l t ested ? r o hs co m p lian t app li c at ion s ? dc - dc co n v er ter s ? s y n ch r o n o u s r ec ti f icatio n ? p o w er s u p p lies p ac k age dfn 5 6 no t to s ca le e q u ival e n t c irc u it abso lu te m axim u m ra tings ? un les s o th er w i s e s p ec i f ied , t a = 2 5 c p arameter symbol test conditions r ating unit dr ain to source voltage v ds 100 v gate to source voltage v gs 20 v c ontinuous drain current i d t c = 25 c , w it h infin ite heatsink 26 a t a = 25 c , m o u n ted o n p cb* 5 a pu ls ed dr ain c u r r en t i dm pw 100s du ty cycle 1 % 51 a c ontinuous source current ( body diode) i s 26 a p ulsed source current ( body diode) i sm pw 100s du ty cycle 1 % 51 a sin gle pulse avalanche energy e as v dd = 50 v, l = 1 mh, i as = 9.4 a, unclamped, r g = 4.7 , re fer to figure 1 89 mj av alanche current i as 1 6 . 7 a p ower dissipation p d t c = 25 c , w it h infin ite heatsink 59 w t a = 25 c , m o u n ted o n p cb* 3 . 1 w op erating junction temperature t j 150 c sto rage temperature range t stg ? 55 to 150 c * 1 inch square 2 oz copper pad on 1.5 1.5 in ch pcb . htt p:/ / www.s a nk en - ele.co.jp s s s g d d d d g s s s d d d d 1pin 1pin 8 p in 8 pin d ( 5 ) ( 6 ) ( 7 ) ( 8 ) s ( 1 ) ( 2 ) ( 3 ) g ( 4 ) http://
g ki 1 0 3 0 1 g ki 10 30 1 - ds r ev . 1 .2 s a nk e n e l e ct ric co ., l t d. 2 j an . 24 , 2 01 4 t h e r m al chara c t e r istic s ? un les s o th er w i s e s p ec i f ied , t a = 2 5 c parameter symbol test conditions m in . t yp . m ax . un it t h er m al r esi s ta n ce ( junction to case ) r jc ? ? 2.1 c /w t h er m al r esi s ta n ce ( junction to ambient ) r ja mounted on pcb* ? ? 40.3 c /w * 1 in ch s q u ar e 2 o z co p p e r p a d o n 1 . 5 1 . 5 in ch p c b . e lec tr ical chara c te r istics ? un les s o th er w i s e s p ec i f ied , t a = 2 5 c parameter symbol test conditions m in . t yp . m ax . un it dr ain to so u r ce b r ea k d o w n voltage v (br) dss i d = 100 a, v gs = 0 v 100 ? ? v dr ain to so u r ce l ea k a g e c u r r en t i dss v ds = 100 v, v gs = 0 v ? ? 100 a gate to so u r ce l ea k ag e c u r r e n t i gss v gs = 20 v ? ? 100 na gate t h r esh o ld vo ltag e v gs( th ) v ds = v gs , i d = 6 50 a 1.0 2.0 2.5 v static d r ain to so u r ce on - resistance r ds( on ) i d = 14.2 a, v gs = 10 v ? 20.2 2 9.8 m i d = 7.1 a, v gs = 4.5 v ? 21.6 31.2 m gate r esi s ta n ce r g f = 1 mhz ? 1.5 ? i n p u t cap ac ita n ce c iss v ds = 25 v v gs = 0 v f = 1 mhz ? 2540 ? pf ou tp u t cap ac ita n ce c oss ? 195 ? r ev er s e t r an s f er c ap ac ita n ce c rss ? 88 ? t o tal gate c h ar g e ( v gs = 10 v) q g1 v ds = 50 v i d = 17.1 a ? 3 6.5 ? nc t o tal gate c h ar g e ( v gs = 4.5 v) q g2 ? 16. 9 ? gate to so u r ce c h ar g e q gs ? 6.4 ? gate to dr ain c h ar g e q gd ? 4. 8 ? t u r n - on delay time t d(on) v dd = 50 v i d = 17.1 a v gs = 10 v, r g = 4.7 refer to figure 2 ? 4. 7 ? ns r is e t i m e t r ? 4. 4 ? t u r n - off delay time t d(off) ? 21. 9 ? fall t im e t f ? 9.4 ? so u r ce to dr ain dio d e fo r w ar d voltage v sd i s = 14.2 a, v gs = 0 v ? 0.9 1.5 v so u r ce to dr ain dio d e r ev er s e recovery time t rr i f = 17.1 a di/dt = 100 a/s refer to figure 3 ? 44.6 ? ns so u r ce to dr ain dio d e r ev er s e recovery charge q rr ? 82.5 ? nc
g ki 10301 g ki 10301 - ds rev. 1 .2 sanken electric co.,ltd. 3 jan . 24 , 2 01 4 test circuit s and waveform s (a) test circuit ( b ) waveform figure 1 unclamped inductive switching (a) test circuit ( b ) waveform figure 2 switching time (a) test circuit ( b ) waveform figure 3 diode reverse recovery time v d d i d v d s r g v g s 0 v l i a s i d v ( b r ) d s s v d d v d s v d s v d d r g r l v g s 0 v p . w . = 1 0 s d u t y c y c l e 1 % t d ( o n ) t r t o n t d ( o f f ) t f t o f f 9 0 % 1 0 % 9 0 % 1 0 % v g s v d s v g s 0 v i f r g l d . u . t . v d d 0 v i f t r r d i / d t i r m 9 0 % i r m dd (br)dss (br)dss 2 as as v v v i l 2 1 e ? ? ?
g ki 1 0 3 0 1 g ki 10 30 1 - ds r ev . 1 .2 s a nk e n e l e ct ric co ., l t d. 4 j an . 24 , 2 01 4 p ac k age ou tlin e dfn 5 6 not e s: 1) di m e n s io n is i n m illi m eter s 2) pb - f r ee . dev ice co m p o s itio n c o m p lia n t w i th t h e r o h s d ir ec tiv e m ar k in g diagr a m p a rt n um be r y m d d x x x b g k i sk l ot n um be r y i s t he l a s t digi t of t he y e a r (0 t o 9) m i s t he m ont h (1 t o 9 , o , n or d) d d i s t he d a t e (t w o di gi t of 01 t o 31) x x x i s t he s uffi x n o . b ex p r e s s e s p b f r e e pi n s symbol min. max, a 1.03 1.17 b 0.34 0.48 c 0.824 0.97 d 4.80 5.40 d1 4.11 4.31 d2 4.80 5.00 e 5.95 6.15 e1 5.65 5.85 e2 1.60 \\\ e 1.27 l 0.05 0.25 l1 0.38 0.50 l2 0.38 0.50 h 3.50 3.70 i \\\ 0.18
g ki 1 0 3 0 1 g ki 10 30 1 - ds r ev . 1 .2 s a nk e n e l e ct ric co ., l t d. 5 j an . 24 , 2 01 4 op e ra t ing preca utio ns i n th e ca s e t h at y o u u s e san k en p r o d u cts o r d esig n y o u r p r o d u cts b y u s i n g sa n k e n p r o d u cts, t h e r eliab ilit y lar g el y d ep en d s o n th e d eg r ee o f d er at in g to b e m ad e to t h e r ated v al u es. der ati n g m a y b e in ter p r eted as a ca s e th at a n o p er atio n r an g e is s e t b y d er atin g t h e lo ad f r o m ea c h r ated v alu e o r s u r g e v o lta g e o r n o is e is co n s i d er ed f o r d er atin g in o r d er to ass u r e o r im p r o v e th e r eliab ilit y . i n g en er al, d er atin g f ac to r s in clu d e elec tr ic s tr ess e s s u ch as elec tr ic v o ltag e, elec tr ic cu r r en t, elec tr ic p o w er etc. , en v ir o n m en tal s tr e s s es s u ch a s a m b ien t te m p er at u r e, h u m id it y etc. an d th er m al s tr ess ca u s ed d u e to s el f - h ea t in g o f s e m ico n d u cto r p r o d u cts. fo r th ese s tr e s s es, i n s tan tan eo u s v al u es, m a x i m u m v al u es a n d m i n i m u m v alu e s m u s t b e tak e n in to co n s id er atio n . i n ad d itio n , it sh o u l d b e n o ted th at s in ce p o w er d ev ices o r i c s i n clu d i n g p o w er d ev ices h a v e lar g e s el f - h ea ti n g v al u e, th e d e g r ee o f d er atin g o f j u n ctio n te m p er atu r e a f f ec t s th e r eliab ilit y s i g n i f ican tl y . b ec au s e r eliab ilit y ca n b e af f ec ted ad v er s el y b y i m p r o p er s to r ag e en v ir o n m e n t s an d h an d li n g m et h o d s , p lease o b s er v e th e f o llo w i n g ca u t io n s . ca utio ns f o r sto ra g e ? e n s u r e th at s to r ag e co n d itio n s co m p l y w it h th e s ta n d ar d tem p er atu r e ( 5 to 3 5 c ) an d th e s t an d ar d r elativ e h u m id it y ( ar o u n d 4 0 to 7 5 %) ; av o id s to r ag e lo ca tio n s t h at ex p er ie n ce e x tr e m e c h a n g e s in te m p er atu r e o r h u m id it y . ? a v o id lo ca tio n s w h er e d u s t o r h ar m f u l g a s es a r e p r esen t a n d av o id d ir ec t su n l ig h t. ? r ein s p ec t f o r r u s t o n lead s an d s o ld er ab ilit y o f t h e p r o d u cts th at h a v e b ee n s to r ed f o r a lo n g ti m e. ca utio ns f o r t esting a nd h a nd ling w h en test s ar e ca r r ied o u t d u r in g i n s p ec tio n test i n g a n d o th er s tan d ar d test p er io d s , p r o te ct th e p r o d u cts f r o m p o w er s u r g es f r o m t h e test in g d ev ice, s h o r ts b et w ee n t h e p r o d u ct p in s , an d w r o n g co n n ec tio n s . e n s u r e all tes t p ar a m eter s ar e w it h i n t h e r at in g s s p ec if ied b y san k en f o r th e p r o d u ct s . re m a r ks a bo ut usi ng sil ico ne g r ea s e w it h a h ea t s in k ? w h en s ilico n e g r ea s e is u s ed in m o u n ti n g th e p r o d u ct s o n a h ea ts i n k , it s h all b e ap p lied ev en l y a n d th in l y . i f m o r e s ilico n e g r ea s e t h an r eq u ir ed i s ap p lied , it m a y p r o d u ce ex ce s s s tr es s . ? v o latile - t y p e s ilico n e g r ea s e s m a y cr ac k a f ter lo n g p er io d s o f ti m e, r es u lti n g i n r ed u c ed h ea t r ad iatio n e f f ec t. sil ico n e g r ea s e s w it h lo w c o n s is ten c y ( h ar d g r ea s e) m a y ca u s e cr ac k s i n th e m o ld r esin w h e n s cr e w i n g t h e p r o d u cts to a h ea ts in k . our recommended silicone greases for heat radiation purposes, which will not cause any adverse effect on the product life, are indicate d below: type suppliers g746 shin - etsu chemical co., ltd. yg6260 momentive p erformance m aterials inc. sc102 dow corning toray co., ltd. so ldering w h en s o ld er in g t h e p r o d u cts, p lease b e s u r e to m i n i m ize th e w o r k i n g ti m e, w ith in t h e f o llo w i n g li m its : ? r ef lo w p r eh ea t ; 1 8 0 c / 9 0 3 0 s so ld er h ea tin g ; 2 5 0 c / 1 0 1 s ( 2 6 0 c p ea k , 2 tim es) ? so ld er in g ir o n ; 380 10 c / 3 . 5 0 . 5 s ( 1 tim e ) e lect r o s t a t ic dis cha rg e ? w h en h an d li n g th e p r o d u cts, t h e o p er ato r m u s t b e g r o u n d ed . gr o u n d ed w r i s t stra p s w o r n s h o u ld h a v e at lea s t 1 m o f r esis ta n ce f r o m th e o p er ato r to g r o u n d to p r ev en t s h o ck h a za r d , an d it sh o u ld b e p lace d n ea r th e o p er ato r . ? w o r k b en ch es w h er e t h e p r o d u cts ar e h a n d led s h o u ld b e g r o u n d ed an d b e p r o v id ed w i th c o n d u cti v e tab le an d f lo o r m ats. ? w h en u s i n g m ea s u r i n g eq u ip m en t s u ch as a c u r v e tr ac er , th e eq u ip m en t s h o u ld b e g r o u n d ed . ? w h en s o ld er in g t h e p r o d u cts, th e h ea d o f s o ld er in g ir o n s o r th e s o ld er b ath m u s t b e g r o u n d ed in o r d er to p r ev en t leak v o lta g es g e n er ated b y t h e m f r o m b ei n g ap p lied to th e p r o d u cts. ? t h e p r o d u cts s h o u ld al w a y s b e s to r ed an d tr an s p o r ted in sa n k e n s h ip p i n g co n tai n er s o r c o n d u cti v e co n tai n er s , o r b e w r ap p ed in alu m in u m f o il.
g ki 1 0 3 0 1 g ki 10 30 1 - ds r ev . 1 .2 s a nk e n e l e ct ric co ., l t d. 6 j an . 24 , 2 01 4 im p ort a nt not e s ? t h e co n ten ts i n t h is d o cu m e n t ar e s u b j ec t to ch an g es, f o r im p r o v e m e n t a n d o th er p u r p o s es, w ith o u t n o tice. ma k e s u r e t h at th i s is t h e late s t r ev i s io n o f th e d o cu m e n t b ef o r e u s e. ? a p p licatio n a n d o p er atio n ex am p les d escr ib ed in th is d o cu m en t ar e q u o ted f o r th e s o le p u r p o s e o f r ef er en ce f o r th e u s e o f t h e p r o d u cts h er ei n an d san k e n ca n a s s u m e n o r es p o n s ib ilit y f o r an y in f r i n g e m en t o f i n d u s tr ial p r o p er ty r ig h t s , in tel lectu a l p r o p er ty r ig h t s o r an y o th er r ig h t s o f sa n k e n o r an y t h ir d p ar ty w h ic h m a y r es u lt f r o m its u s e. un les s o th er w i s e ag r ee d in w r iti n g b y san k e n , san k e n m ak e s n o w ar r an tie s o f a n y k in d , w h e th er ex p r es s o r i m p lied , as to t h e p r o d u cts, in clu d i n g p r o d u ct m er ch a n tab ilit y , a n d f i tn e s s f o r a p ar ticu lar p u r p o s e an d s p ec ial en v ir o n m e n t, a n d th e i n f o r m at io n , in cl u d in g it s ac cu r ac y , u s ef u ln e s s , an d r eliab ilit y , in c lu d ed in th is d o cu m e n t. ? a lt h o u g h sa n k en u n d er tak es to en h a n ce t h e q u alit y a n d r eliab ilit y o f its p r o d u cts, th e o cc u r r en ce o f f ail u r e an d d ef ec t o f s e m ico n d u cto r p r o d u cts at a ce r tai n r ate is i n ev i ta b le. user s o f sa n k e n p r o d u cts ar e r eq u ested to tak e, at th eir o w n r is k , p r ev en tati v e m ea s u r es i n cl u d in g s af e t y d e s ig n o f t h e eq u ip m en t o r s y s t e m s a g ai n s t an y p o s s ib le in j u r y , d ea th , f ir es o r d a m ag e s to th e s o ciet y d u e to d ev ice f a ilu r e o r m al f u n ctio n . ? san k en p r o d u cts lis ted i n t h is d o cu m en t ar e d esig n ed an d i n ten d ed f o r th e u s e as co m p o n en t s i n g e n er al p u r p o s e elec tr o n ic eq u ip m e n t o r ap p ar atu s ( h o m e ap p lian ce s , o f f ice eq u ip m e n t, telec o m m u n icatio n eq u ip m en t, m ea s u r i n g eq u ip m e n t, etc. ) . w h en co n s id er in g th e u s e o f s an k e n p r o d u cts i n th e ap p licati o n s w h er e h i g h er r eliab ilit y is r eq u ir ed ( tr an s p o r tatio n eq u ip m e n t an d its co n tr o l s y s te m s , tr af f ic s i g n al co n tr o l s y s te m s o r eq u ip m e n t, f ir e/cr i m e alar m s y s te m s , v ar io u s s af et y d ev ice s , etc. ) , an d w h e n ev er lo n g l if e e x p ec tan c y i s r eq u ir ed ev en i n g e n er al p u r p o s e elec tr o n ic eq u ip m en t o r ap p ar atu s , p lease co n tact y o u r n ea r est san k e n s ales r ep r esen tat iv e to d is cu s s , p r io r to th e u s e o f t h e p r o d u cts h er ein . t h e u s e o f sa n k en p r o d u cts w it h o u t th e w r i tten co n s e n t o f san k e n in t h e ap p licatio n s w h er e ex tr e m el y h ig h r eliab ilit y i s r eq u ir ed ( ae r o s p ac e eq u ip m e n t, n u clea r p o w e r co n tr o l s y s te m s , li f e s u p p o r t s y s te m s , etc. ) is s tr ictl y p r o h ib ited . ? w h en u s i n g th e p r o d u cts s p ec if ied h er ei n b y eit h er ( i) co m b in i n g o th er p r o d u cts o r m ater ials th er e w i th o r ( ii) p h y s icall y , c h e m icall y o r o th e r w i s e p r o ce s s in g o r tr ea tin g t h e p r o d u cts, p lease d u l y co n s id er all p o s s ib le r is k s th at m a y r es u lt f r o m all s u c h u s es i n ad v an ce a n d p r o ce ed th er e w ith at y o u r o w n r esp o n s ib ilit y . ? an ti r ad io ac tiv e r a y d es ig n is n o t c o n s id er ed f o r th e p r o d u cts lis ted h er ei n . ? san k en a s s u m e s n o r esp o n s ib ilit y f o r an y tr o u b le s , s u c h as d r o p p in g p r o d u cts ca u s ed d u r in g tr a n s p o r tatio n o u t o f san k en s d is tr ib u tio n n et w o r k . ? t h e co n ten ts i n th is d o cu m en t m u s t n o t b e tr an s cr ib ed o r co p ied w ith o u t sa n k e n s w r it ten co n s en t.
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