Z25UF Search Results

Contextual Info: 2,500 V -10,000 V Rectifiers Z25UFG Z50UFG Z100UFG 0.50 A -1.5 A Forward Current 100 ns Recovery Time AXIAL LEADED HERMETICALLY SEALED “ ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS Part Number Z25UFG Z50UFG Z100UFG Working Reverse Voltage Average Rectified

Z100UFG

Abstract: Z25UFG Z50UFG
Contextual Info: Z25UFG Z50UFG Z100UFG 2,500 V - 10,000 V Rectifiers 0.50 A - 1.5 A Forward Current 100 ns Recovery Time AXIAL LEADED HERMETICALLY SEALED 4 ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS Part Number Working Reverse Voltage Average Rectified Current Reverse

Contextual Info: Spice Model Z25UF Electrical Characteristics and Maximum Ratings Part Number Working Reverse Voltage Average Rectified Current Reverse Current @ Vrwm Forward Voltage Vrwm (Io) (Ir) (Vf) 55°C(1) 100°C(2) 25°C 100°C Z25UF 25°C 1 Cycle Repetitive Reverse

Contextual Info: 2,500 V - 10,000 V Rectifiers Z25UF Z50UF Z100UF 0.40 A -1.0 A Forward Current 100 ns Recovery Time AXIAL LEADED EPOXY MOLDED ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS Part Number Z25UF Z50UF Z100UF Working Reverse Voltage Average Rectified Current Reverse

Z25UF

Abstract: Z100UF Z50UF
Contextual Info: Z25UF Z50UF Z100UF 2,500 V - 10,000 V Rectifiers 0.40 A - 1.0 A Forward Current 100 ns Recovery Time AXIAL LEADED EPOXY MOLDED ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS Part Number Z25UF Z50UF Z100UF Working Reverse Voltage Average Rectified Current Reverse

z15u

Abstract: Z15UF
Contextual Info: Z15UF Z20UF Z25UF HIGH VOLTAGE RECTIFIERS EPOXY MOLDED, 100nS RECOVERY V RWM AXIAL LEADED RR in. mm 1500-2500V = 1.0A = 100nS •200±.015 (5.08±.38) .250+.015 (6.35±.38) ~ j - 1- r ■060±.003 (1,52±.06) .40(10.16) Min. T ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS

Contextual Info: Z25UFG Z50UFG Z100UFG 2,500 V - 10,000 V Rectifiers 0.50 A - 1.5 A Forward Current 100 ns Recovery Time AXIAL LEADED HERMETICALLY SEALED 4 ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS Part Number Working Reverse Voltage Average Rectified Current Reverse

Z100UFG

Abstract: Z25UFG Z50UFG Z100U
Contextual Info: Z25UFG Z50UFG Z100UFG 2,500 V - 10,000 V Rectifiers 0.50 A - 1.5 A Forward Current 100 ns Recovery Time AXIAL LEADED HERMETICALLY SEALED 4 ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS Part Number Working Reverse Voltage Average Rectified Current Reverse

Z15UFG

Contextual Info: HIGH VOLTAGE RECTIFIERS 100nS RECOVERY Z15UFG Z20UFG Z25UFG AXIAL LEADED H ER M ETIC A LLY SEALED \j = 1500-2500V , = -, 5A T rr in. mm = 100nS 1.00(25.4) Min. .350(8.89) Max. Q .215(5.5) Max. •040±.003 (1.02+.08) ELECTR IC A L C H A R A C TE R IS TIC S A N D M A X IM U M RAT NGS

X200UFG

Contextual Info: HIGH VOLTAGE RECTIFIERS 100ns-200ns Recovery • Axial Leaded • Hermetic ELECTRICAL CHARACTERISTICS AND MAXIMUM RATINGS Part Number Working Reverse Voltage Average Rectified Current 1 (b) (Vrwm) 55°C 100°C mA mA Volts Reverse Current @ Vrwm Forward Voltage

1N6515US

Abstract: 1N6513US 1N6517 JV6512 1N6517US 1N6519 z15u Z60UFG Z100UFG 1N6512
Contextual Info: INCH-POUND The documentation and process conversion measures necessary to comply with this revision shall be completed by 13 November 2009. MIL-PRF-19500/575D 13 August 2009 SUPERSEDING MIL-PRF-19500/575C 8 November 2006 PERFORMANCE SPECIFICATION SHEET SEMICONDUCTOR DEVICE, DIODE, SILICON, HIGH VOLTAGE POWER RECTIFIER,

sharp laser diodes

Abstract: OC100G
Contextual Info: Table of Contents PAGE SURFACE MOUNT MOLDED DIODES 30ns 420mA, 2000V . 08 - 09 70ns 50mA - 250mA, 150mA - 500mA, 2000V - 5000V .

X200SG

Abstract: Z100SG 1N6521U
Contextual Info: QUICK SELECTION GUIDE Part No. Vrwm Volts l°(A) (55°C) Trr (ns) DISCRETE RECTIFIER DIODE 1N5415 50 5.000 150 150 1N5416 100 5.000 1N5615 200 1.500 150 1N5614 200 1.500 2000 1N5417 200 5.000 150 1N5550 200 5.000 2000 1N5617 1.500 150 400 1N5616 400 1.500 2000

K25UF

Contextual Info: HIGH VOLTAGE RECTIFIERS 100ns-3000ns Recovery • Axial Leaded • Epoxy Molded ELE C TR IC AL C H A R A C TE R IS TIC S A ND M AXIM UM RATING S Part Number Working Reverse Voltage Average Rectified Current Reverse Current @ Vrwm Forward Voltage Vrwm (1)