mskd120 ; MSAD120 ; mscd120 mskd120_MSAD120_mscd120 - rev2 www.microsemi.com oct, 2011 1/3 module type type v rrm v rsm mscd120-08 mscd120-12 mscd120-16 mscd120-18 MSAD120-08 MSAD120-12 MSAD120-16 MSAD120-18 mskd120-08 mskd120-12 mskd120-16 mskd120-18 800v 1200v 1600v 1800v 900v 1300v 1700v 1900v maximum ratings symbol conditions values units i fav single phase ,half wave 180 conduction tc=106 120 a i f(rms) single phase ,half wave 180 conduction tc=97 180 a i fsm t=10ms tvj =45 2800 a i 2 t t=10ms tvj =45 39200 a 2 s v isol a.c.50hz;r.m.s.;1min 3000 v t vj -40 to +150 t stg -40 to +125 mt to terminals(m5) 3 15% nm ms to heatsink(m6) 5 15% nm weight module (approximately) 100 g thermal characteristics symbol conditions values units r th(j-c) per diode 0.26 /w r th(c-s) module 0.1 /w electrical characteristics circuit glass passivated rectifier diode modules v rrm 800 to 1800v i fav 120 am p applications y non-controllable rectifiers for ac/ac converters y line rectifiers for transistorized ac motor controllers y field supply for dc motors features y blocking voltage:800 to 1800v y heat transfer through aluminum oxide dbc ceramic isolated metal baseplate y glass passivated chip y ul e243882 approved values symbol conditions min. typ. max. units v fm t=25 i f =300a 1.22 1.43 v i rd t vj =150 v rd =v rrm 6 ma
mskd120 ; MSAD120 ; mscd120 mskd120_MSAD120_mscd120 - rev2 www.microsemi.com oct, 2011 2/3 performance curves fig3. transient thermal impedance fig4. max non-repetitive forward surge current 0.001 0.01 0.1 1.0 10 s 100 1 10 cycles 100 50hz z th(j- c ) fi g 1. power dissi p ation fig2.forward current derating curve 0 i d 90 a 180 180 w 60 p vtot 0 0 tc 50 100 150 200 a 100 i d 0 dc sin.180 rec.120 rec.60 rec.30 dc sin.180 rec.120 rec.60 rec.30 fig5. forward characteristics 0 v f 0.5 1.0 1.5 v 2.0 25 - - - 125 0.3 / w 0.15 0 3000 a 1500 0 400 a 300 200 100 i f 0 max. typ.
mskd120 ; MSAD120 ; mscd120 mskd120_MSAD120_mscd120 - rev2 www.microsemi.com oct, 2011 3/3 package outline information case: d1 dimensions in mm
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