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  t 930 s elektrische eigenschaften electrical properties h?chstzul?ssige werte periodische vorw?rts- und rckw?rts-spitzensperrspannung vorw?rts-sto?spitzen- sperrspannung rckw?rts-sto?spitzen- sperrspannung durchla?strom-grenzeffektivwert dauergrenzstrom m aximum rated values repetitive peak forward off-state and reverse voltages non repetitive peak forward off-state voltage non repetitive peak reverse voltage rms on-state current average on-state current sto?strom-grenzwert grenzlastintegral kritische stromsteilheit surge current pt-value critical rate of rise of on-state current kritische spannungssteilheit critical rate of rise of off-state voltage charakteristische werte characteristic values durchla?spannung schleusenspannung ersatzwiderstand zndstrom zndspannung nicht zndender steuerstrom nicht zndende steuerspannung haltestrom einraststrom vorw?rts- u. rckw?rts-sperrstrom zndverzug freiwerdezeit thermische eigenschaften innerer w?rmewiderstand fr beidseitige khlung fr anodenseitige khlung fr kathodenseitige khlung bergangsw?rmewiderstand h?chstzul. sperrschichttemperatur betriebstemperatur lagertemperatur on-state voltage threshold voltage slope resistance gate trigger current gate trigger voltage gate non-trigger current gate non-trigger voltage holding current latching current forward off-state and reverse currents gate controlled delay time circuit commutated turn-off time t hermal properties thermal resistance, junction to case for two-sided cooling for anode-sided cooling for cathode-sided cooling thermal resistance, case to heatsink max. junction temperature operating temperature storage temperature mechanische eigenschaften si-element mit druckkontakt anpre?kraft gewicht kriechstrecke feuchteklasse schwingfestigkeit ma?bild mechanical properties si-pellet with pressure contact clamping for c e weight creepage distance humidity classification vibration resistance outline t, =-4o?c...t?,,,, t, =-4o~c...t?,,,, t, = + 25?c... t, max tc = 85c tc = 62c tvi = 25c t, = 10 ms tq = t?j max, tp = 10 ms t, = 25c t, = 10 ms t, = t, max, t, = 10 ins ?o c 67% ?dr& f = 50 hz igm = 1,2 a, digldt = 1,2 alps t, = t, max, vd = 07% vd,, t, = tv i max, it = 3500 a tvj = tvj max lj = li max t, = 25c ?c = 12 v tv,=25?c,vo=12v t, = t,, max< vo = 12 v tvi = tvl maxv vd = 03 5 vdrm t, = 25?c, ?o = 12 v, ra = 10 n t, = 25?c, ?o = 12 v, r~k 2 10 z1 igm = 1,2 a, dio/dt = 1,2 a/ps, t, = 20 ps t, = t, max, vd = vd,,, vr = vrrm t, = 25c igm = 1,2 a, dioldt = 1,2 a/ws siehe techn. erkee techn. inf. 8 = 160?el, sin dc 8 = 160? el, sin dc 0 = 180?elsin dc beidseitigltwo-sided einseitiglone-sided din 40040 f=50hz din 41814-15584 * fr gr??ere stckzahlen bitte liefertermin erfragen/delivery for larger quantities on request - vd,,, vrrm 1600,180o v 2000* v v ds m = vd,, %sm = vrrm +loo v itrmsm 2000 a itavm 930 a 1274 a itsm 20,5 ka 18 ka pt 2100 ka*s 1620 ka2s (di/dt),, 250 mcls ?) ?) (dv/dt),, b: 50 50 vlps c?: 500 500 vl/.ls l: 500 50 vl!_&s m*: 1000 500 v/ps vt max. 2,7 v vt(t0) 1,35 v rt 0,33 m,q igt max. 250 ma vgt max. 2,2 v igd max. 10 ma vgd max. 0,25 v 1h max. 300 ma il max. 1,5 a idy ir max. 200 ma &d max. 1,4 ps t, k: max. 40 !.ls m: max. 50 ps n: max. 60 ps rthjc max. 0,021 ?ciw max. 0,02 ?ciw rthjc(a) max. 0,036?ciw max. 0,035 ?ciw rthjc(k) max. 0,048 ?ciw max. 0,047?clw r thck max. 0,004?clw max. 0,008?clw t v, max 125c t cop -4o...+ 125c t w -4o...+ 150c f 16...32 kn g typ. 600 g 30 mm c 50 m/s* seitelpage 155 1) werte nach din iec 747-6 (ohne vorausgehende kommutierung)/values to din iec 747-6 (without prior commutation) 2) unmittelbar nach der freiwerdezeit, vgl. me?bedingungen fr t,/lmmediately after circuit commutated turn-off time, see parameters t, 121


t 930 s bildlfig. 16 bildlfig. 16 rckstromspitze irm = f(-di/dt), t, = t, rmaxi, vn = 0,5 vsnu, vnu = 06 vs,, peak reverse recovery current irm = f(-di/dt), t, = tvi rmax,, vs = 0.5 vn,, , vnu = 0.6 v,,, parameter: durchla?stromlon-state current ltm zndverzuglgate controlled delay time tgd = f(ieo), t, = 25c dio/dt = im,/1 ps a - maximaler verlauwlimiting characteristic b - typischer verlaufffypical characteristic t 0.05 z 0.04 u l : ; 0.03 c n 0.02 0.01 ?1??? ? hh?? ??1?? ? 1???? ? ???u 10-3 tplos/l, bildlfig. 17 10-? io0 io' io2 io3 t cs, - transienter innerer w?rmewiderstand zrrhljc = f(t), dc transient thermal impedance zr,,jjc = f(t), dc 1 beidseitige khlung/two-sided cooling 2 anodenseitige khlunglanode side cooling 3 kathodenseitige khlunglcathode side cooling t ;y?1 i it iillliii ii iiiiii iim ?g e 6 bildlfig. 19 steuercharakteristik mit zndbereichenlgate characteristic with triggering areas vo = f(ie), v, = 12 v parameter: a b c steuerimpulsdauerttrigger pulse duration ts [msl 10 1 0,5 h?chstzul?ssige spitzensteuerverlustleistung/ max. rated peak gate power dissipation per., pj1 20 40 60 analytische elemente des transziemen w?rmewiderstandes zlhjc fr dc analytical elements of transieritt thermal impedance zthjc for dc analytische funktionlanalyhcal funchon: nmax zlhjc = c rr,,? (1 - exp (-vtj) n=l 124


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