As power electronic equipment develops towards high frequencies, improving the high-frequency performance of Diode Thyristor has become a vital issue. Diode Thyristor is a semiconductor component that combines the characteristics of diodes and thyristors and is widely used in power electronic equipment. Improving the...

As power electronic equipment develops towards high frequencies, improving the high-frequency performance of Diode Thyristor has become a vital issue. Diode Thyristor is a semiconductor component that combines the characteristics of diodes and thyristors and...

As power electronic equipment develops towards high frequencies, improving the high-frequency performance of Diode Thyristor has become a vital issue. Diode Thyristor is a semiconductor component that combines the characteristics of diodes and thyristors and is widely used in power electronic equipment. Improving the high-frequency performance of Diode Thyristors has become an important current research direction to meet the high-frequency requirements of power electronic equipment. Why improve the high-frequency performance of Diode Thyristor High-frequency performance is one of the critical performance indicators of Diode Thyristor, which directly affects the operating efficiency and service life of power electronic equipment. Improving the high-frequency performance of Diode Thyristor can bring the following advantages: Increase...