? by semikron 0898 b 3 ? 49 v rs m v rr m (d v / d t ) cr i trms (maximum values for continuous operation) v dr m 2 300 a 2 800 a i tav (s in. 180 ; t case = . . .; dsc ) vv v / s 146 5 a (5 8 c ) 178 0 a (55 c ) 50 0 90 0 1 300 1 500 1 700 1 900 2 300 2 700 2 900 40 0 80 0 12 00 14 00 16 00 18 00 22 00 26 00 28 00 50 0 50 0 100 0 100 0 100 0 100 0 100 0 100 0 100 0 sk t 10 00/ 04 d sk t 10 00/ 08 d sk t 10 00/ 12 e sk t 10 00/ 14 e sk t 10 00/ 16 e sk t 10 00/ 18 e sk t 10 00/ 22 e l2 sk t 10 00/ 26 e l2 sk t 10 00/ 28 e l2 sk t 12 00/ 04 d ? sk t 12 00/ 12 e sk t 12 00/ 14 e sk t 12 00/ 16 e sk t 12 00/ 18 e ? ? ? sy mbol c o nditions s k t 100 0 s kt 12 00 un it s i tav si n. 1 80; t case = 85 c ; d s c 100 0 1 20 0 a i tsm i 2 t t vj = 2 5 c; 1 0 m s t vj = 125 c; 1 0 m s t vj = 2 5 c; 8,3 . .. 1 0 m s t vj = 125 c; 8 , 3 .. . 10 ms 19 00 0 16 50 0 1 800 1 360 30 000 25 500 4 5 00 3 2 50 a a ka 2 s ka 2 s t gd t gr t vj = 2 5 c i g = 1 a di g /d t = 1 a/ s v d = 0 , 67 . v drm ty p. 1 ty p. 2 s s (di / dt) cr i h i l t q f = 5 0 .. . 60 hz t vj = 2 5 c; t y p. /ma x . t vj = 2 5 c; r g = 3 3 ? ; ty p./m ax . t vj = 125 c; ty p. 125 25 0 / 5 00 0, 5 / 2 1 00 ... 2 5 0 a/ s ma a s v t v t( to ) r t t vj = 2 5 c; i t = 3 600 a; m a x . t vj = 125 c t vj = 125 c 2, 0 1, 1 4 0, 243 1, 65 0, 95 0, 18 v v m ? i dd ; i rd t vj = 125 c ; v rd = v rrm v dd = v drm 100 ma v gt i gt v gd i gd t vj = 2 5 c t vj = 2 5 c t vj = 125 c t vj = 125 c 5 250 0, 2 5 10 v ma v ma r th j c r th ch t vj t st g con t.; si n. 1 80; d s c / ssc rec . 12 0; d s c /ssc dsc / ssc 0, 021 0,0 225 / 0 , 054 0,0 2 7 / 0, 060 0,0 0 5 / 0, 010 ? 4 0 . .. + 125 ? 4 0 . .. + 130 c/ w c/ w c/ w c/ w c c f w si units u s uni ts 22 ... 2 5 50 00 ... 5 600 550 kn lb s. g ca se b 1 4 thyristors skt 1000 s k t 120 0 f eat u r e s h e r m et ic me t a l ca se s w i t h c e r a m i c in su l a t o rs caps ul e p a ck ag es for d oubl e si ded co ol ing inter n atio nal s t and ar d c a s e s o f f- s t a t e an d r e v e r s e v o l t age s up to 28 00 v amp l i f y i ng gat e ty pic a l applic a t i o ns dc mo tor c ontrol ( e . g. for ma c h ine too l s ) contr o lle d r e c t i f ie r s ( e . g. for ba tter y c h ar gin g ) ac c o n t r o ll er s ( e . g. for tem per at ur e c ontr o l) http://
? by semikron b 3 C 50
? by semikron b 3 C 51
? by semikron b 3 C 52 fig. 7 b power dissipation vs. on-state current fig. 8 surge overload current vs. time f i g. 6 b on-s t a t e char act e ris t ics f ig. 7 a p o wer diss ipat ion vs . on- st at e cur r ent f i g. 9 gat e t r igg e r char act e rist ics
? by semikron b 3 C 53
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