features mechanical specification mechanical data maximum ratings & electrical characteristics data sheet no. TPFD-5024-1A 50 amp 24 volt press fit tvs diodes j1 tel.: (310) 767-1052 fax: (310) 767-7958 diotec electronics corp gardena, ca 90248 u.s.a 18020 hobart blvd., unit b ratings at 25 c ambient temperature unless otherwise specified. case: nickel plated copper finish: all external surfaces are corrosion resistant and the contact areas are readily solderable soldering temperature: 210 c maximum mounting position: any. maximum force used for diode insertion to be 12 kn polarity: color coded epoxy ring. anode on lead (beige ring):part number= o tvs5024pfa. cathode on lead (black ring):part no.=tvs5024pfc. part no. marked on cap base. non-repetitive peak forward surge current(half wave, single phase, 60 hz sine applied to rated load) repetitive peak reverse surge current (time constant = 10 msec duty cycle < 1.0%, tc = 25 c) o average forward rectified current maximum thermal resistance, junction to case junction operating & storage temperature range maximum dc reverse current (v = 20v dc, tc = 25 c) r o instantaneous forward voltage (i = 100a@ 300 secpulse, t = 25 c) f c m o i r r q jc t ,t j stg v f 200 0.8 -65 to +215 110 600 1.00 1.05 50 i o i rsm i fsm breakdown voltage (i = 100 ma dc, tc = 25 c) r o parameter (test conditions) maximum recurrent peak reverse voltage maximum dc blocking voltage working peak reverse voltage series number v (br) v rwm v dc v rrm symbol 24 min / 32 max 23 tvs5024pfc ratings maximum typical 200 0.8 -65 to +215 110 600 1.00 1.05 50 volts c/w c amps na 3.01 tvs3527pf 24 min / 32 max 23 tvs5024pfa units volts drawing a 0.026 0.505/0.502 over knurl 78 placesequally spaced 0.007 0.005 70 typ. o all dimensions in inches dt 0504 0.050 0.002 + _ 0.505 /502 over knurl square die 0.180 1.32 1.26 0.401 0.385 0.173 0.157 0.039 0.031 0.194 0.184 tvs5024pfa rohs com pliant proprietary junction passivation for superior reliability and performance low forward voltage drop void free vacuum die soldering for maximum mechanical strength and heat dissipation (solder voids: typical < 2%, max. < 10% of die area) large die for high power heavy duty performance high heat handling capability with very low thermal stress
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