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2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board in Saudi Arabia

2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board

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Special Features

  • 2Pcs DC-DC High Voltage Boost Converter 8-32V to ±45-390V Step Up Power Supply Module High Voltage ZVS Capacitor Charging Board
  • Input voltage: two input voltage range selectable, (jumper selectable through the back of the PCB, default setting 10-32V input)
  • 10V-32V input(default ),Input Current: 5A (MAX)
  • Quiescent current: 15mA (12V step up to 50V, the higher the output voltage will increase the quiescent current)
  • output voltage will increase the quiescent current) Output voltage: ± 45-390V continuously adjustable (the default output ± 50V. This module has regulator function, after adjusted output voltage is stable and unchanging, not with changes in input voltage changes)
  • Output Current: 0.2A MAX (affected by input voltage and dropout voltage,the higher the output voltage, the smaller the output current)

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