features low forward volage drop high current capability high reliability high surge current capability mechanical case: ofc heat sink encap:epoxy sealed rated ul94v-0 weight: 7.05gram p black n brown dimensions in inches and (millimeters) maximum ratings and electrical characteristics rating at 25 unless otherwise specified. single phase,half wave,60hz,resistive or inductive load . for capacitive load,deraate current by 20% maximum peak repetitive reverse voltage @irrm=10ua v maximum rms voltage v maximum dc blocking voltage t a =25 v peak forward surage current 8.3ms single half sine-wave superimposed on rated load (jedec method) a maximum inst. forward voltage drop, i f at 100amp v operating temperature range storage temperature range rev. 1, 06-arp-2012 -40to+200 -40to+200 glass passivated auto rectifiers 400 600 v b i (av) a ua PD5002P(n) 50 600 1.1 140 200 500 characteristics maximum average forward current i o @t c =150 60h z ,resistive or inductive load maximum dc reverse current (vb)@t j =25 at rated dc bolcking voltage (vb)@tj=175 420 symbol marking 10 5002 200 PD5002P(n) thru pd5006p(n) 400 600 280 5004 5006 v rrm v rms reverse voltage -200 to 600volts forward current -50 amperes unit pd5004p(n) pd5006p(n) ring color t j t stg i fsm v f i r press-fit .500(12.70) .506(12.85) .409(10.4) .417(10.6) .193(4.9) .201(5.1) .360(9.0) .370(9.4) 1.063(27.0) 1.181(30.0) .042(10.7) .044(11.1) .049(1.25) .053(1.35)
rev. 1, 06-arp-2012 rating and characteristic curves PD5002P(n) thru pd5006p(n) fig.1-forward current derating curve average forward rectified current , amperes case temperature, volts 1000 1 1.4 1.2 1.0 0.8 0.6 0.4 0.2 100 10 1.6 t j =25 pulse width=300s 1%duty cycle fig.4-typical reverse characteristics percent of rated peak reverse voltage, % instantanceous reverse current, micramperes t j =25 t j =175 1000 0.01 0 20 40 60 80 100 0.1 1 10 100 fig.2-maximum non-retetitive peak forward surge current number of cycles at 60h z peak forward surge current amperes 500 400 0 100 10 1 300 200 100 600 pulse width 8.3ms single half-wave (jedec method)
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