rohs compliant 1.5 ma 0.74 volts 2300 pf *add suffix a for common anode, d for doubler *pulse test: pulse width 300sec, duty cycle 2% 30 ma 0.56 volts 1200 amps 60 amps 120 amps electrical characteristics 2 amps schottky powermod fst6035 - fst6050 thermal and mechanical characteristics typical junction capacitance per leg max peak reverse current per leg max peak reverse current per leg maximum repetitive reverse current per leg max peak forward voltage per leg maximum surge current per leg average forward current per leg average forward current per pkg max peak forward voltage per leg typical thermal resistance (greased) mounting torque weight r cs 0 operating junction temp range max thermal resistance per leg max thermal resistance per pkg storage temp range rm t r r t jc jc 0 j 0 stg c j f(av) i r(ov) fsm v fm v i i rm fm i i f(av) i 50v 45v 40v 35v reverse voltage working peak catalog number fst6050* fst6045* fst6040* fst6035* microsemi repetitive peak reverse voltage 45v 50v 40v 35v c = 135c, square wave, 0jc = 0.6c/w 2.5 ounces (71 grams) typical 0.1c/w 15 - 20 inch pounds case to sink f = 1 khz, 25c, 1sec square wave r = 5.0v, c = 25c rrm, j = 25c fm = 60a: j = 25c* fm = 60a: j = 175c* 8.3ms, half sine, j = 175c c = 135c, square wave, 0jc = 1.0c/w rrm, j = 125c* -55c to 175c 1.0c/w -55c to 175c 0.6c/w v v t t i v i t t t t t junction to case junction to case r t r common cathode a=common anode d=doubler baseplate: nickel plated copper; m 9 pins eq at .150 1.200 h l g f electrically isolated pins: nickel plated copper k notes: j p 1 2 1 2 c 1 3 2 a n 4-plcs. e 1 2 square to lead c minimum maximum minimum maximum notes 12.83 12.57 0.495 c 0.506 1.010 0.052 0.195 0.130 0.260 0.510 0.400 1.510 2.410 k 3 n p m l 3 g j h f e 0.240 0.175 0.032 0.040 0.490 0.990 --- 0.120 1.490 2.390 25.15 0.81 4.45 1.02 37.85 3.05 6.10 12.45 --- 60.71 .050 6.60 1.27 1.32 4.95 12.95 25.65 3.30 10.16 38.35 61.21 2.005 dim. inches 3 a 1.995 millimeter 50.67 50.93 l dia reverse energy tested v high surge capacity rrm 35 to 50 volts schottky barrier rectifier guard ring for reverse protection january, 2010 - rev. 4 www.microsemi.com
fst6035 - fst6050 instantaneous forward current - amperes typical reverse current - ma reverse voltage - volts 0 25 c .001 .01 75 c 20 10 40 30 50 instantaneous forward voltage - volts typical reverse characteristics - per leg 10 125 c 0.1 1.0 175 c 100 figure 2 0 1.0 .2 2.0 4.0 .4 .6 .8 1.0 1.2 1.4 600 60 6.0 8.0 10 20 40 200 100 80 400 175 c 25 c typical forward characteristics - per leg figure 1 800 1000 145 maximum allowable case temperature - c 100 100 60 maximum power dissipation - watts average forward current - amperes 0 0 10 20 30 20 10 70 60 50 40 90 80 90 average forward current - amperes maximum forward power dissipation - per leg 40 30 50 figure 5 60 70 115 0 105 125 135 20 10 30 60 120 90 180 dc 180 50 40 120 60 dc 80 70 90 100 reverse voltage - volts forward current derating - per leg 175 155 165 figure 4 0.1 0.5 1.0 junction capacitance - pf 600 100 200 400 2000 4000 1000 10 5.0 50 typical junction capacitance - per leg figure 3 10000 6000 january, 2010 - rev. 4 www.microsemi.com
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