1) Bridgeless converter
无桥变换器
2) Bridgeless Boost Converter
无桥升压变换器
3) full-bridge converter
全桥变换器
1.
Research on secondary clamping circuit of ZVS PWM full-bridge converter;
ZVSPWM全桥变换器副边箝位电路研究
2.
Design considerations for the improved current-doubler-rectifier ZVS PWM full-bridge converter;
改进型倍流整流方式ZVS PWM全桥变换器的设计(英文)
3.
Phase-shifted ZVS PWM DC/DC full-bridge converter
移相控制ZVS PWM DC/DC全桥变换器
4) full bridge converter
全桥变换器
1.
Dynamic model of ARCN soft switching full bridge converter;
ARCN 软开关全桥变换器的动态模型
2.
The proposed isolated Boost full bridge converter can solve the above problems.
为此,提出了采用隔离Boost全桥变换器拓扑方案可有效地解决上述技术难点。
3.
However, besides those existing in common full bridge converters, there are new factgors because of the special control model and the required power factor correction functioned.
但由于电路特殊的控制方式和所要实现的功率因数校正功能,该校正电路中的功率变压器除存在普通全桥变换器产生偏磁的原因外,还存在产生偏磁的特殊因素。
5) bridge converter
桥式变换器
1.
A scheme to adijust magnetic bias in bridge converter based on DSP;
一种基于DSP的桥式变换器偏磁校正方案研究
6) half-bridge converter
半桥变换器
1.
The paper discussed a half-bridge converter of single-stage PFC with ZVZCS.
文章讨论了一种带有ZVZCS的单级PFC半桥变换器。
2.
half-bridge converter and full-bridge converter has been compared in this paper, it confirms that half-bridge converter has more merits in auxiliary power system by analyzing their advantages and disadvantages, and carries out simulation to half-bridge topology in Simulink,.
本文对单相半桥隔离变换器与单相全桥隔离变换器进行了比较,通过分析它们的优缺点,确定了半桥变换器在辅助电源系统中的优势,并对该种拓扑结构进行了Simulink仿真。
3.
A high power half-bridge converter which have independent multi-roads power supply is introduced.
DC/DC主电路采用高速双路PWM芯片UC3825控制的半桥变换器,并且采用了动态响应快,驱动能力强,工作频率高的IR2304作为MOSFET的驱动芯片。
补充资料：变换器式功率因数表(见变换器式电表)
变换器式功率因数表(见变换器式电表)
transducer type power factor meter
b lanhuonq一sh一gongl口y一nshub(ao变换器式功率因数表(transdueer type powerfaetor meter)见变换器式电表。
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