Distribution and Effects of Leakage Inductance of Transformer for Ringing Choke Converter RCC方式输出变压器漏磁分布及其影响
It is concluded by those analysis that the proposed converter can realize ZVS from none load to full load, eliminate the duty cycle losses and parasitic ringing in secondary side diode, which hereby make higher efficiency and reduce the converter volume. 从分析可知该变换器可以在轻载到满负载的宽范围内实现软开关,实现了次级整流二极管的自然换流,消除了副边占空比丢失和次级二极管的振荡。
A high-voltage switching power supply was designed and fabricated using single end ringing choke converter. 采用单端反激自激式变换器,设计制作了一种高压开关电源。
Design of Ringing Choke Converter ( RCC) Switching Power Source 冲击线圈式(RCC式)变换器开关电源的设计