Introduction: Wolfspeed strives for efficiency and high performance with regards to wireless technology, which is evidenced in their innovative SiC Power and GaN RF solutions. After carrying out the most field testing in the industry, they have become the leaders in wide bandgap semiconductor technology. Wolfspeed vouches for the performance of their silicon carbide solutions, promising a decrease in switching loss and greater reliability.
Description:
Z-Rec™ Silicon carbide Schottky diodes, Wolfspeed's series of Wolfspeed SiC Schottky diodes have achieved significant improvements compared to standard Schottky barrier diodes. SiC diodes provide higher breakdown field strength and higher thermal conductivity, significantly reducing power loss at higher switching frequencies. SiC diodes are the perfect choice for efficient, high-voltage applications such as switch mode power supplies and high-speed inverters. 600、 650, 1200, and 1700 voltage ratings with zero reverse recovery current and temperature independent switching behavior for forward recovery voltage. Extremely fast switching time, minimal loss, positive temperature coefficient. Forward voltage devices can be connected in parallel without the need for heat dissipation, reducing the requirements for heat sinks. Optimized specifically for PFC boost diode applications. # # # Diodes and rectifiers, Cree Wolfspeed
Description:
Z-Rec™ Silicon carbide Schottky diodes, Wolfspeed's series of Wolfspeed SiC Schottky diodes have achieved significant improvements compared to standard Schottky barrier diodes. SiC diodes provide higher breakdown field strength and higher thermal conductivity, significantly reducing power loss at higher switching frequencies. SiC diodes are the perfect choice for efficient, high-voltage applications such as switch mode power supplies and high-speed inverters. 600、 650, 1200, and 1700 voltage ratings with zero reverse recovery current and temperature independent switching behavior for forward recovery voltage. Extremely fast switching time, minimal loss, positive temperature coefficient. Forward voltage devices can be connected in parallel without the need for heat dissipation, reducing the requirements for heat sinks. Optimized specifically for PFC boost diode applications. # # # Diodes and rectifiers, Cree Wolfspeed
