IGCT/IGBT - freewheeling diodes

Freewheeling diodes with a voltage range up to 6500 V

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Overview

We offer IGCT and IGBT freewheeling diodes in disc housings with a voltage range of 4500 V and 6500 V and a current range of 910 A up to 1950 A. These diodes are the perfect fit for modern IGBT applications such as HVDC voltage source converters and medium voltage drives.

Key Features

  • Disc housings
  • Voltage range of 4500 V to 6500 V
  • Current range of 910 A up to 1950 A
  • Perfect fit for IGBT applications

Products

About

Our diodes have an excellent soft recovery behavior even under the most demanding turn-off conditions to avoid overvoltage at the switching device. Our high-tech production processes deliver outstanding dynamic parameters for the best cost and longest lifetime.

The major benefits of freewheeling and clamping diodes for medium voltage IGCT inverters, marked as SH-diodes, are the soft-switching behavior optimized for IGCT devices and the current turn-off capability up to 5 kA/µs which leads to optimized system performance.

The major benefits of freewheeling and clamping diodes for medium-voltage press pack IGBT inverters, marked as U-diodes, are the soft-switching behavior optimized for IGCT or IGBT devices with a current turn-off capability up to 5 kA/µs and less snubber effort.

Our diodes have an excellent soft recovery behavior even under the most demanding turn-off conditions to avoid overvoltage at the switching device. Our high-tech production processes deliver outstanding dynamic parameters for the best cost and longest lifetime.

The major benefits of freewheeling and clamping diodes for medium voltage IGCT inverters, marked as SH-diodes, are the soft-switching behavior optimized for IGCT devices and the current turn-off capability up to 5 kA/µs which leads to optimized system performance.

The major benefits of freewheeling and clamping diodes for medium-voltage press pack IGBT inverters, marked as U-diodes, are the soft-switching behavior optimized for IGCT or IGBT devices with a current turn-off capability up to 5 kA/µs and less snubber effort.

Documents

Design resources

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