High-efficiency characteristics of Shike ES5xBG series ultra-fast recovery rectifiers
7872023-04-21
Ultrafast recovery rectifiers are important components in the field of power electronics. In high-frequency inverter devices, they have excellent switch characteristics, with an extremely short reverse recovery time, and are commonly used for freewheeling, absorption, clamping, isolation, output, and input rectifiers for switch devices, allowing them to fully function. Compared with traditional rectifiers, ultrafast recovery rectifiers have the advantages of fast response, low current loss, and high reliability, and are increasingly being valued by electronic engineers.
SHIKUES’s ES5xBG series of ultrafast recovery rectifiers are semiconductor devices packaged in SMB packages, suitable for high-frequency inverters, choppers, and other circuits. The series includes seven models, covering a maximum repetitive peak reverse voltage VRRM of 50V to 600V, a maximum average forward current of 5A, a non-repetitive peak forward current of up to 100A, and a maximum reverse recovery time Trr of 35ns. SHIKUES’s ultrafast recovery rectifiers have the characteristics of ultra-fast response time and low current loss, which can effectively improve the efficiency and stability of circuits.
With the development of high-frequency and modular power electronics technology, the application of ultrafast recovery rectifiers in circuit design is becoming increasingly widespread. Compared with traditional rectifiers, ultrafast recovery rectifiers have lower switch losses and higher switching speeds, which can effectively improve the efficiency and response speed of circuits. Especially in high-frequency inverters, ultrafast recovery rectifiers can quickly respond to changes in the circuit, achieving high-efficiency energy conversion.
In summary, SHIKUES’s ES5xBG series of ultrafast recovery rectifiers are high-performance and high-reliability semiconductor devices suitable for high-frequency inverters, choppers, and other circuits. They have the advantages of ultra-short reverse recovery time, low current loss, and high response speed, which can provide engineers with a superior user experience.
