800 MICROSEMI | Alldatasheet
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RECTIFIER ASSEMBLIES 800, 801 SERIES Three Phase Bridges, 20-40 Amp, High Efficiency, ESP FEATURES DESCRIPTION * Current Ratings: to 40A This series of three phase bridges Recovery Time: 50ns offers the highest efficiency possible © Surge Ratings: to 2508 for applications where nothing else © PIVs: from 50 to 150V will do. The series allows operation at full * Only Fused-in-Glass Diodes Used power at high frequencies. © Exceptionally High Efficiency * Aluminum Heat Sink Case, Electrically Insulated ABSOLUTE MAXIMUM RATINGS Peak Inverse Voltages 30 to 150v Maximum Average D.C. Output Current - See Electrical Specifications Non-Repetitive Sinusoidal Surge (8.3ms) See Electrical Specifications Operating and Storage Temperature Range, Te —65°C to +150°C Thermal Resistence Junction to Ambient, All Sertes ACW Junction to Case, 800 Series 7 15°C/w Junction to Case, 801 Series 30°C/W MECHANICAL SPECIFICATIONS 800, 801 SERIES ME b+— 2»-—+ T reas Ce om a ates [A|ya0-.760 | Te 19.35 —} co] [By 2240-2260 | sa 90-57 40 |
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800, 801 SERIES Electrical Specifications (at 25°C unless noted) "Maximum Ratings Maximum waximum Maximum Reverse Maximum: ‘Average Non-Repetitive Forward Leakage Current Reverse AL Outrur ‘Sinusoidal Voltage Drop Per Leg @ PIV Recovery Current ‘Surge (8.3ms) Type Peleg [Tas ar0 Timet__[Te=we [Tes woe [T= 10° | Zs ESP 800-1 50 Recovery 800-2 100 .95V @ 108 20 1000 r 250 800-3 125 i 8004 | 150 . ese 80l-1 50 Recovery 801-2 100 S5V @ 6A 300 50 2a 6 125 801-3 125 801-4 150 | oe “Measured in a reverse recovery circuit switching from 1A forward to 1A reverse current recovering to 0.5. Forward Surge Current vs. Duration Forward Surge Current vs. Duration 7. 1G Ta >, OE m4 ge IT ti 8. TT = = 280 + = 10 | Bail i 5 ao i) E Pi Pont ‘ —j 120 2 i — $00 SERIES go NT aor series? crt & 200 | Bf Sit = 100 -—| <i pol ~ 4 3 160 pfs 2» —L rth im ii | iH Ee i; SKI 7 5 120 Li ;+—t so | { i f'n TH Ren £6 . \\ ~ Wh Epienagte iio eee—l Be om coh a ane we eet To Cor DURATION (SEC. DURATION (SEC. Current Derating Curve 3” S 4
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800, 801 SERIES it Typical Fe rd Pe v0 or uo EPC 2 pet 2 nanan TT mEREY/70000 oe » Ws oH AAA eo a oy 7 zs VMN F / gL AE TT z / | 5 Ay ? j 1 e UY 7/ BREE esr COLE Bi i. H gy ro * HARE “HAE TT « PHT VE o ZT o ALATA TT ETT TT 123456789 11 13 Typical Leakage Current vs. PIV Typical Leakage Current vs. PIV @ [aesenis onan o raosen’s | [| 2 2Lia } <= = | em 86 : a eof | ail oeee geet 7 Fi if = = MTT oa a Ler 4 = FL eae iil wig TTT ++ % OF Pv 125 100 ary 50 25 o Reverse-Recovery Circuit Characteristic Waveform 1 duu “oe ooo Me ? for le CO Tees @osertoscore | = meron a + jean Brees + CLEP TT
1 Oselloscope: Rise time < ans; input impedance = 50 FOR 5 NS/CM
S20 PLEASANT STREET. WATERTOWN, wAc2I72 TEL. (617) 926-0404 « FAX (617) 924-1235 3:37 PRINTED INUSA,