​Application of CJ MOS in full-bridge circuits

Application of CJ MOS in full-bridge circuits

Full-bridge circuit definition
A full-bridge circuit is a common electronic circuit that consists of four switches and a load that converts direct current to alternating current.
Application areas for full-bridge circuits
Full-bridge circuits are widely used in power electronics, such as switching power supplies, inverters, inverters, electric vehicles, industrial automation and other fields. In the circuit, the full-bridge circuit can convert direct current into alternating current; In motor control, full-bridge circuits can be used for variable frequency speed regulation and sine wave control.

According to different application requirements, full-bridge circuits can also be divided into full-bridge inverter circuits, full-bridge rectifier circuits, etc., and Youfeng Microelectronics multilayer epitaxial superjunction CJ MOS series can be applied to different applications of full-bridge circuits.
The whole series of superjunction CJ MOS adopts multi-layer epitaxial process, which has the process characteristics of low conduction loss, large current capability, low gate charge, low turn-on voltage, and excellent non-clamp inductive switching ability. In addition, our company conducts its own standards such as 100% avalanche energy breakdown test for products; The products are benchmarked against Infineon's C3, P6 and P7 series; The wide range of packaging products provides designers with great flexibility. According to different application requirements, full-bridge circuits can also be divided into full-bridge inverter circuits, full-bridge rectifier circuits, etc., and Youfeng Microelectronics multilayer epitaxial superjunctionCJ MOS series can be applied to different applications of full-bridge circuits. The whole series of superjunction MOS adopts multi-layer epitaxial process, which has the process characteristics of low conduction loss, large current capability, low gate charge, low turn-on voltage, and excellent non-clamp inductive switching ability. In addition, our company conducts its own standards such as 100% avalanche energy breakdown test for products; The products are benchmarked against Infineon's C3, P6 and P7 series; The wide range of packaging products provides designers with great flexibility.