• HV5036 高压整流半桥 36KV 5A 50-60Hz(单臂)
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV5036 高压整流半桥 36KV 5A 50-60Hz(单臂)
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm

HV5030 High Voltage Rectifier Half-phase Bridges 30KV 5A 50-60Hz(Single arm)

Main features of the product:
1. Nut wiring installation.
2. Special Plastic case body, Epoxy filled.
3. It can also form full wave, full bridge, and three-phase rectifier circuits.
4. The specially designed positioning hole structure facilitates installation.
5. High temperature resistant chips ensure reliable operation to the greatest extent possible.
GET A QUOTE
  • HV5036 高压整流半桥 36KV 5A 50-60Hz(单臂)
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
  • HV1012 High Voltage Rectifier Half-phase Bridges 12KV 1A  50-60Hz arm
Desciption
 HV5030 High Voltage Rectifier Half-phase Bridges(Single arm)  Data Sheet 
 Parameter Symbol Unit Test Conditions Value
 Repetitive Peak Backward Voltage Vrrm KV Ta=25℃  Ir=2.0μA 30.0
 Peak Working Backward Voltage Vrwm KV Ta=25℃  Ir=2.0μA 30.0
 Average Forward Current If(AV) A 50Hz Half-sine Wave , Resistance load @Tbreak=50℃ 5.0
 Backward Recovery Time Trr nS   --
 Surge Forward Current Ifsm A 0.01S @ Half-Sine wave  50Hz 200
 Operating Ambient Temperature Ta   -55~+175
 Storage Temperature Tstg   -55~+150
 Forward Peak Voltage Vfm V   ≥36.0
 Backward Peak  Current Irrm1 μA @ Ta=25℃ VRM=VRRM 2.0
Irrm2 μA @ Ta=100℃ VRM=VRRM 20.0
 Absolute Maximum Ratings & Electrical Characteristics
Expects To Provide You With Perfect Service
Expects To Provide You With Perfect Service
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