The Rectifier diode configured for single operation with a maximum reverse repetitive voltage of 1.2 kV and a forward current rating of 100 A, it efficiently handles power transmission. Its forward voltage of 1.55 V ensures minimal power loss during operation. Additionally, it can withstand peak non repetitive surge currents of up to 1.75 kA. RoHS compliant<BR/>Single diode configuration

The Three Phase Bridge Rectifier is an essential component for converting alternating current to direct current in three phase electrical systems. With six diodes configured in a bridge topology. Featuring a reverse repetitive voltage max of 1.8 kV, it can handle high voltage inputs with ease. Insulated design<BR/>Compact plastic housing<BR/>Off state voltages up to 1800 V

The Three Phase Bridge Rectifier is an essential component for converting alternating current to direct current in three phase electrical systems. With six diodes configured in a bridge topology. Featuring a reverse repetitive voltage max of 1.6 kV, it can handle high voltage inputs with ease. Insulated design<BR/>Compact plastic housing<BR/>Off state voltages up to 1800 V

Dual IGBT Modules A range of SEMITOP® IGBT modules from Semikron incorporating two series-connected (half bridge) IGBT devices. The modules are available in a wide range of voltage and current ratings and are suitable for a variety of power switching applications such as AC inverter motor drives and Uninterruptible Power Supplies. Compact SEMITOP® package<BR/>Suitable for switching frequencies up to 12kHz<BR/>Insulated copper baseplate using Direct Bonded Copper technology

SEMIPACK® SKKE Series Single Diode Modules Heavy-duty single diode modules in a variety of voltage and current ratings. These compact devices are suitable for high-current rectifier applications. Excellent heat transfer through aluminium oxide ceramic isolated metal baseplate<BR/>Precious metal contacts for high reliability

Dual IGBT Modules A range of SEMITOP® IGBT modules from Semikron incorporating two series-connected (half bridge) IGBT devices. The modules are available in a wide range of voltage and current ratings and are suitable for a variety of power switching applications such as AC inverter motor drives and Uninterruptible Power Supplies. Compact SEMITOP® package<BR/>Suitable for switching frequencies up to 12kHz<BR/>Insulated copper baseplate using Direct Bonded Copper technology

SKCH Series Single phase, B2HK configured (half controlled with both thyristors to +ve outputs)<BR/>High surge ratings and sturdy isolated baseplate<BR/>Faston terminals with solder tips

The Semikron SEMITRANS series IGBT module has 1200 v collector to emitter voltage. It is mainly used in DC/DC – converter, electronic welders, brake chopper, switched reluctance motor. Increased power cycling capability<BR/>Insulated copper baseplate using DBC technology (Direct Bonded Copper)<BR/>For higher switching frequencies above 15kHz

The Semikron SEMITRANS series IGBT module has 1200 v collector to emitter voltage. It is mainly used in DC/DC – converter, electronic welders, brake chopper, switched reluctance motor. Increased power cycling capability<BR/>Insulated copper baseplate using DBC technology (Direct Bonded Copper)<BR/>For higher switching frequencies above 15kHz

The Semikron SEMITRANS series IGBT module has 1200 v collector to emitter voltage. It is mainly used in UPS, electronic welders, inductive heating, switched mode power supplies. Increased power cycling capability<BR/>Insulated copper baseplate using DBC technology (Direct Bonded Copper)<BR/>For higher switching frequencies above 15kHz

The Semikron SEMITRANS series IGBT module has 1200 v collector to emitter voltage. It is mainly used in UPS, electronic welders, inductive heating, switched mode power supplies. Increased power cycling capability<BR/>Insulated copper baseplate using DBC technology (Direct Bonded Copper)<BR/>For higher switching frequencies above 15kHz

The Semikron SEMITRANS series IGBT module has 1200 v collector to emitter voltage. It is mainly used in UPS, electronic welders, inductive heating, switched mode power supplies. Increased power cycling capability<BR/>Insulated copper baseplate using DBC technology (Direct Bonded Copper)<BR/>For higher switching frequencies above 15kHz