Device Type:Power Discrete Devices
High Light:SiC diodes can withstand much higher voltages before they break down, making them ideal for high-voltage applications. Low Reverse Recovery Charge: They exhibit significantly lower reverse recovery charge, which reduces power dissipation during switching a
Heat Resistance:High Temperature Resistance
Device Type:Power Discrete Devices
Efficiency:High Efficiency
Material:Silicon Carbide
Power:High Power
Device Type:Power Discrete Devices
Frequency:High Frequency
Material:Silicon Carbide
High Light:Silicon carbide Schottky diodes and silicon carbide MOSFETs play a vital role in variable frequency air conditioning, especially in power factor correction circuits (PFCS) and motor drives. These devices can significantly improve energy efficiency, reduce
Frequency:High Frequency
Device Type:Sic Schottky barrier diode
Switching Speed:High-speed switching
Applications:SMPS,Solar inverter,Date center,UPS
Efficiency:High Efficiency
High Light:Silicon carbide diodes are more stable under high temperature conditions and are able to operate at temperatures up to 200 ° C, while silicon diodes usually can only operate at lower temperatures.
Power:High Power
Heat Resistance:High Temperature Resistance
High Light:Silicon Carbide Diodes Stand Out Due To Their High Breakdown Voltage, Low Reverse Recovery Charge, Fast Switching Speed, And Robustness Against High Temperatures And Radiation. Their Applications Span Across Various Industries
Device Type:Power Discrete Devices
High Light:The silicon carbide material has a wider band gap (3.26eV) than the silicon material, which makes the silicon carbide diode can withstand higher voltages, and its voltage resistance characteristics are far more than that of traditional silicon based diodes
Material:Silicon Carbide
Device Type:Power Discrete Devices
Power:High Power
High Light:Silicon carbide material is one of the substrate materials of early LED light-emitting diodes, although gallium nitride leds are widely used for higher efficiency, but silicon carbide is still used in high power LED heat sinks.
Device Type:Power Discrete Devices