1) dual buck inverter
双降压式逆变器
1.
It comprises of a push-pull forward converter and a dual buck inverter.
主电路采用推挽正激变换器和双降压式逆变器。
2.
The first stage is push pull forward converter, and the second stage is a dual buck inverter(DBI).
该静止变流器前级采用推挽正激式变换器,后级采用双降压式逆变器。
3.
Because of their good power expansibility and high efficiency and reliability,the push-pull forward converter and dual buck inverter are selected as the main topology to develop the DC-DC converter module and the DC-AC inverter module,and four ASI basal modules are combined by them.
从总体研制方案、核心技术和系列化基础模块3个层面出发,采用功率扩展性能好、变换效率高、可靠性高的推挽正激电路和双降压式逆变器研制了DC-DC变换模块、DC-AC变换模块等单元模块,组合成4种航空静止变流器基础模块。
2) half bridge dual buck inverter
半桥双降压式逆变器
1.
In this paper a design method of half bridge dual buck inverter s output filter based on hysteresis current control was presented.
该文研究了一种基于电流滞环控制的半桥双降压式逆变器输出滤波器的设计方法。
3) dual buck half bridge inverter
双降压式半桥逆变器
1.
Based on sufficient acquaintance of the development and current situation of inverter, this paper adopted three phase inverter combined with the dual buck half bridge inverters to get the large power output.
本文以研制新型航空地面电源作为出发点,以逆变器为研究对象,在充分了解逆变技术发展现状的基础上,得出了采用由双降压式半桥逆变器组成的组合式三相逆变器实现大功率输出,该电路简洁可靠,具有很强的带不平衡负载能力。
4) dual buck full-bridge inverter
双降压式全桥逆变器
1.
In order to avoid shoot-through problem of the power devices in bridge legs and improve the utilization of DC input voltage,dual buck full-bridge inverter(DBFBI) was proposed based on full-bridge inverter and dual buck half-bridge inverter.
为避免桥臂功率管直通问题和提高输入直流电压利用率,在全桥逆变器和双降压式半桥逆变器的基础上,提出了双降压式全桥逆变器(dual buck full-bridge inverter,DBFBI),该逆变器具有无桥臂直通、输入直流电压利用率高、效率高、续流二极管可优化选取等优点。
5) dual-buck half bridge inverter
双降压半桥逆变电路
6) dual three point inverter
双三点式逆变器
补充资料：负载换流式逆变电路
采用负载电压作为换流电压的逆变电路。这种电路无需设置独立的换流电路，常采用普通晶闸管组成，但仅适用于容性负载。因为只有在这种性质的负载条件下，负载电压才能有效地被用作换流电压以关断退出导通的晶闸管。
随着负载形式的不同，负载换流式逆变电路包含以下 4种电路。①有源逆变电路：负载为公共电网的电路；②并联逆变电路：负载是呈容性的并联谐振电路；③串联逆变电路：负载是呈容性的串联谐振电路；④无换向器电动机：负载是处于过激状态的同步电动机，用逆变电路代替机械换向器。
随着负载形式的不同，负载换流式逆变电路包含以下 4种电路。①有源逆变电路：负载为公共电网的电路；②并联逆变电路：负载是呈容性的并联谐振电路；③串联逆变电路：负载是呈容性的串联谐振电路；④无换向器电动机：负载是处于过激状态的同步电动机，用逆变电路代替机械换向器。
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