1) buck-boost chopper
升降压斩波器
2) boost converter
升压斩波器
1.
Research on Multiple Boost Converter of Wind Power Generation System;
风力发电变流系统多重化升压斩波器的研究
2.
A design of boost converter using high-power insulated bipolar transistor IGBT module named SKM75GAL123D and driver module named EXB840 is introduced.
介绍了一种用大功率绝缘栅极双极型晶体管(IGBT)模块SKM75GA L123D和驱动模块EXB840设计的直流升压斩波器。
3.
Background of the wind energy conversion system with permanent-magnet synchronous wind power generator,the DC link of AC-DC-AC power converter——multiple boost converter was researched.
以永磁同步风力发电机组变流系统为背景,研究了交-直-交变流系统中间直流环节——多重升压斩波器的控制方法。
3) Boost/Buck chopper
升/降压斩波电路
1.
This paper analyzes the principle of Boost/Buck chopper,introduces the characteristic of integrated chip SG3525,in addition,this paper analyzes and does experiment with DC pulse width speed control circuit which controlls by SG3525 and implements by Boost/Buck chopper.
文章分析了升/降压斩波电路的工作原理,介绍了集成芯片SG3525的应用特点,并对由SG3525控制,通过升/降压斩波电路来实现的直流脉宽调速电路进行了分析和实验。
4) Boost chopper
升压斩波
1.
It is suggested to replace the double-fed generator by the six-phase low-speed permanent-magnet generator,and to use "uncontrollable rectifier + Boost chopper + SPWM converter" in converter system.
采用六相低速永磁同步发电机代替双馈发电机,变流器采用"不控整流+升压斩波+SPWM逆变"变流技术。
2.
The DC boost chopper and buck chopper are used in cascade drive systems with chopper, variable-speed wind turbines with permanent magnet generators and permanent magnet brushless DC motor drive systems.
在斩波式串级调速系统、永磁同步发电机变速风力发电系统和永磁直流无刷电机调速系统中需用直流升压斩波和降压斩波,它们的电流内环采用现有的电流调节器或电流跟踪控制方法都不合适。
5) boost chopping
升压斩波
1.
The control scheme based on uncontrolled rectifying,boost chopping and sine pulse-width modulation (SPWM) inverter circuit were designed for the existing grid-connected scheme of direct-drive permanent magnet wind power generation system.
针对现有永磁直驱风力发电系统并网方案,设计了不可控整流、升压斩波、正弦脉宽调制SPWM逆变电路的控制方案,并对电路中升压斩波电路和SPWM逆变控制系统结构进行了重点分析。
6) Direct buck chopper
直流降压斩波器
补充资料：电容分压器(见分压器)
电容分压器(见分压器)
capacitor voltage dividers
d)onf。日g无en丫oq{电容分压器(eaPaeitor voltage dividers)见分压器。
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