1200V | 40mΩ SiC 7L MOSFET

by | September 11, 2023 | , ,

SemiQ has engineered this MOSFET to provide the best trade-off of conduction and switching losses to benefit the widest possible range of applications. SiC MOSFETs bring high efficiency to high-performance applications including electric vehicles, power supplies and data centers and are specifically designed and tested to operate reliably in extreme environments. Compared to legacy Silicon IGBTs, SemiQ’s MOSFETs switch faster with lower losses, enabling system-level benefits through reduced size, weight and cooling requirements Features 100% Avalanche Tested Outstanding Short Circuit Withstand Time High temperature tolerance Superior gate oxide reliability Reduced switching losses

1200V | 80mΩ SiC 3L MOSFET

by | September 12, 2023 | ,

SemiQ SiC MOSFETs have benefits in many applications including Power Factor Correction, DC-DC Converter Primary Switching and Synchronous rectification. Combined with Silicon Carbide Schottky diodes, optimal performance can be achieved without the trade-offs made with Silicon devices. Designers working on EV Charging, Solar/Wind, Industrial Controls, and HVAC systems can all benefit from the increased performance achieved with SemiQ SiC MOSFETs. Features Reduced switching losses Higher efficiency Increased power density Reduced heat-sink size Higher reliability

1200V | 40mΩ SiC 3L MOSFET

by | September 13, 2023 | ,

SemiQ SiC MOSFETs have benefits in many applications including Power Factor Correction, DC-DC Converter Primary Switching and Synchronous rectification. Combined with Silicon Carbide Schottky diodes, optimal performance can be achieved without the trade-offs made with Silicon devices. Designers working on EV Charging, Solar/Wind, Industrial Controls, and HVAC systems can all benefit from the increased performance achieved with SemiQ SiC MOSFETs. Features Reduced switching losses Higher efficiency Increased power density Reduced heat-sink size Higher reliability

1200V | 80mΩ SiC MOSFET in SOT-227

by | September 13, 2023 | , , ,

SemiQ SiC MOSFETs have benefits in many applications including PFC Boost Converter, DC-DC Converter Primary Switching and Synchronous rectification. Combined with Silicon Carbide Schottky diode, optimal performance can be achieved without the trade-offs made with Silicon devices. Designers working on EV Charging, Solar/Wind, Industrial Controls, and HVAC systems can all benefit from the increased performance achieved with SemiQ SiC MOSFETs. Features High speed switching SiC MOSFETs Kelvin reference for stable operation Low junction to case thermal resistance Very rugged and easy mount Direct mounting to heatsink (isolated package)

1200V | 80mΩ SiC 4L MOSFET

by | September 13, 2023 | ,

SemiQ SiC MOSFETs have benefits in many applications including Power Factor Correction, DC-DC Converter Primary Switching and Synchronous rectification. Combined with Silicon Carbide Schottky diodes, optimal performance can be achieved without the trade-offs made with Silicon devices. Designers working on EV Charging, Solar/Wind, Industrial Controls, and HVAC systems can all benefit from the increased performance achieved with SemiQ SiC MOSFETs. Features Reduced switching losses Higher efficiency Increased power density Reduced heat-sink size Higher reliability

1200V | 80mΩ SiC 7L MOSFET

by | September 13, 2023 | , ,

SemiQ has engineered this MOSFET to provide the best trade-off of conduction and switching losses to benefit the widest possible range of applications. SiC MOSFETs bring high efficiency to high-performance applications including electric vehicles, power supplies and data centers and are specifically designed and tested to operate reliably in extreme environments. Compared to legacy Silicon IGBTs, SemiQ’s MOSFETs switch faster with lower losses, enabling system-level benefits through reduced size, weight and cooling requirements Features 100% Avalanche Tested Outstanding Short Circuit Withstand Time High temperature tolerance Superior gate oxide reliability Reduced switching losses

1200V | 40mΩ SiC MOSFET and 10A SBD Copack in SOT-227

by | September 13, 2023 | , ,

SemiQ SiC MOSFETs have benefits in many applications including PFC Boost Converter, DC-DC Converter Primary Switching and Synchronous rectification. Combined with paralleled Silicon Carbide Schottky diode inside module, optimal performance can be achieved without the trade-offs made with Silicon devices. Designers working on EV Charging, Solar/Wind, Industrial Controls, and HVAC systems can all benefit from the increased performance achieved with SemiQ SiC MOSFETs. Features High speed switching SiC MOSFETs Freewheeling diode with zero reverse recovery SiC SBD Kelvin reference for stable operation Low junction to case thermal resistance Direct mounting to heatsink (isolated package)

1200V | 80mΩ SiC MOSFET and 10A SBD Copack in SOT-227

by | September 13, 2023 | , , ,

SemiQ SiC MOSFETs have benefits in many applications including PFC Boost Converter, DC-DC Converter Primary Switching and Synchronous rectification. Combined with paralleled Silicon Carbide Schottky diode inside module, optimal performance can be achieved without the trade-offs made with Silicon devices. Designers working on EV Charging, Solar/Wind, Industrial Controls, and HVAC systems can all benefit from the increased performance achieved with SemiQ SiC MOSFETs. Features High speed switching SiC MOSFETs Freewheeling diode with zero reverse recovery SiC SBD Kelvin reference for stable operation Low junction to case thermal resistance Direct mounting to heatsink (isolated package)

1200V | 40mΩ SiC 4L MOSFET

by | September 13, 2023 | ,

SemiQ SiC MOSFETs have benefits in many applications including Power Factor Correction, DC-DC Converter Primary Switching and Synchronous rectification. Combined with Silicon Carbide Schottky diodes, optimal performance can be achieved without the trade-offs made with Silicon devices. Designers working on EV Charging, Solar/Wind, Industrial Controls, and HVAC systems can all benefit from the increased performance achieved with SemiQ SiC MOSFETs. Features Reduced switching losses Higher efficiency Increased power density Reduced heat-sink size Higher reliability