rectification factor

It adopts bidirectional switch and on time rectification, and obtains high power factor, high efficiency and low THD.

它采用双向开关和同期整流，得到了高功率因子、高效率和低高次谐波。

Analysis of Harmonics in Rectification Circuit and Correction of Single-stage Power Factor

整流电路的谐波分析及单级功率因数校正

Simulation results show that after real time rectification, OD scale factor error can be reduced to 10~ (-4) quantity from 0.01, and the positioning accuracy of tightly coupled system is prior to loose coupled system.

仿真结果表明，紧组合系统可将刻度系数误差从0.01减小到10~（-4）量级；与松组合系统相比，紧组合系统的定位精度也得到了很大的提高。

It Consists of bidirectional switch and zero current switching control technique to achieve on time rectification in the primary circuit. High power factor, high efficency and low THD have been obtained.

电路采用零电流转换方式进行控制，并采用双向开关实现了电路初级的同期整流，从而实现了高功率因子、高效率和低高次谐波的功率因子改善电路。