1) critical continuous conduction mode
临界连续模式
1.
The principle of three-phase active factor correction is analyzed in this thesis,based on which the circuit operates in critical continuous conduction mode is proposed.
对三相单管有源功率因数校正器的运行原理进行了分析,并在此基础上给出了工作在电流临界连续模式下的变换器控制方案。
2.
The principle of three-phase single-transistor boost power active factor correction is researched in this thesis,and adjusting frequency method which the circuit operates in critical continuous conduction mode is proposed.
本文对三相单管升压型功率因数校正器的运行原理进行了分析,并提出了这种电路工作于电流临界连续模式下的调频控制方案。
2) critical continuous mode
临界连续
3) critical-conduction mode
临界断续模式
1.
Due to the variable switching frequency,the active power factor correction(APFC) operated in critical-conduction mode led to more switching loss and EMI problem at high input voltage,based on the principle analysis of the converter.
通过对临界断续模式有源功率因数校正(APFC)工作原理的分析,指出了该种变换器由于开关频率可变,在高输入电压时将增加开关损耗以及EMI滤波难度。
4) discontinuous current boundary mode (DCBM)
电流断续临界模式
5) discountinuous conduct mode boundary
临界断续导电模式
6) critical conduction mode
临界模式
1.
Analysis and comparison for inductor loss of the critical conduction mode boost PFC circuit;
临界模式Boost功率因数校正电路中电感损耗的分析与比较
补充资料：连续快拍模式
过连续快拍模式，只须轻按按钮，即可连续拍摄，将连续动作生动地记录下来。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条