1200V | 20A SiC Schottky Diode

SiC Schottky Diodes from SemiQ operate with near zero switching loss to greatly increase efficiency and reducing heat dissipation and requiring smaller heatsinks. These benefits make these products ideal for applications in Solar Inverters, Power Supplies, Motor Drives and Charging Stations. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Avalanche tested to 275mJ*

650V | 6A SiC Schottky Diode – Bare Die

Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf

650V | 08A SiC Schottky Diode

SiC Schottky Diodes from SemiQ operate with near zero switching loss to greatly increase efficiency and reducing heat dissipation and requiring smaller heatsinks. These benefits make these products ideal for applications in Solar Inverters, Power Supplies, Motor Drives and Charging Stations. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of VF

650V | 10A SiC Schottky Diode – Bare Die

Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf

650V | 30A SiC Schottky Diode – Bare Die

Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf

650V | 12A SiC Schottky Diode – Bare Die

Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf

650V | 50A SiC Schottky Diode – Bare Die

Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf

650V | 20A SiC Schottky Diode – Bare Die

Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf

1200V | 15A SiC Schottky Diode – Bare Die

SiC Schottky Diodes from SemiQ operate with near zero switching loss to greatly increase efficiency and reducing heat dissipation and requiring smaller heatsinks. These benefits make these products ideal for applications in Solar Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density, Inverters, Power Supplies, Motor Drives and Charging Stations. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf

1200V | 20A SiC Schottky Diode – Bare Die

Fabricated on 150mm wafers with robust characteristics including Improved moisture resistance, > 20 million hours (HTRB & H3TRB), Improved surge currents and low defect density. Features Unipolar rectifier with surge current Zero reverse recovery current Fast, temperature-independent switching Reduced temperature dependence of Vf