Mo***r Electronics : BZW04-64 Taiwan Semiconductor
BZW04-64 Taiwan Semiconductor ESD Suppressors / TVS Diodes 400W, 75.1V, -%, Unidirectional, TVS datasheet, inventory, & pricing.
Mo***r Electronics : BZW04-64-E3/54 Vishay General Semiconductor
BZW04-64-E3/54 Vishay General Semiconductor ESD Suppressors / TVS Diodes 400W 64V Unidirect datasheet, inventory, & pricing.
Di***ey : BZW04-64 B0G Taiwan Semiconductor Corporation
BZW04-64 B0G ; Type. Zener ; Unidirectional Channels. 1 ; Voltage - Reverse Standoff (Typ). 64.1V ; Voltage - Breakdown (Min). 3V
Di***ey : BZW04-64-E3/54 Vishay General Semiconductor
BZW04-64-E3/54 ; Type. Zener ; Unidirectional Channels. 1 ; Voltage - Reverse Standoff (Typ). 64.1V ; Voltage - Breakdown (Min). 3V
TM*** : BZW04-64 DIOTEC SEMICONDUCTOR - Diode: TVS | 400W
DIOTEC SEMICONDUCTOR BZW04-64 | Diode: TVS; 400W; 75V; unidirectional; ±5%; DO15; Ammo Pack - This product is available in Transfer Multisort Elektronik.
Di***c Semiconductor : BZW04-64 - Transient Voltage Suppressor Diodes
BZW04-64. Transient Voltage Suppressor Diodes ; Type, Axial ; Package, DO-15 ; Breakdown Voltage, VBRmin ; Peak Pulse Power Dissipation, PPPM ; Junction Temperature ...
Ar*** Electronics : BZW04-64 R0 by Taiwan Semiconductor
Taiwan SemiconductorBZW04-64 R0Transient Voltage Suppressors - TVS Diodes. Diode TVS Single Uni-Dir 64.1V 400W 2-Pin DO-41. Download Datasheet.
el*** Elektronik : BZW04-64 R0G Taiwan Semiconductor transient voltage ...
Specifications ; manufacturer, Taiwan Semiconductor ; Manufacturer's name, BZW04-64 ; Breakdown voltage [V], 71,3 ; Reverse peak pulse current [A], 3,9 ; Reverse ...
Sc***at : Series: BZW04_ Case: DO41
BZW04-64. TVS Diode Unip 400W 64,1V DO41. BZW04-64 : Taiwan Semiconductor. H. 50, 15 200, 36 1,000, 47 2,500, 8.89 ; BZW04-85. TVS Diode Unip 400W 85, ...
Ta***n Semiconductor : BZW04 SERIES 400W, 5.8V - 376V Transient Voltage ...
Operating junction temperature range. TJ. -55 to +175. °C. Storage temperature range. TSTG. -55 to +175. °C. Note: 1. Non-repetitive current pulse per Fig.3 ...