1) zero switching state
零开关状态
1.
The feature of zero current switching in the rectifier stage was implemented by inserting short periods of zero switching states around the points at which the rectifier stage commutes.
在此设计了一种特殊的换流策略,即在整流级换流前后,在逆变级插入零开关状态,保证了整流级的零电流换流特性。
2) Resonators ZVS
ZVS(零电压开关状态)
3) Open-circuit zero state
开路零状态
4) switching state
开关状态
1.
Based on the relationship among DC-link current, switching states and three phase current, a new method using DC-link current and switching states is proposed to reconstruct all inverter phase currents.
基于直流电流、开关状态及三相电流之间的关系,提出用直流电流和开关状态重构逆变器相电流的新方法。
5) switch state
开关状态
1.
The testing methods,hardware structures and software designs of the switch states for 512 temperature delays,as well as switch state bytes and block diagram of the application program to determine multiple switch states are introduced.
从512支温度继电器开关状态的检测着手,介绍了温度继电器开关状态检测电路的硬件结构和软件设计思路。
2.
Switch states of MC are obtained when the output-voltage error function is minimized, thus the optimum combination of switch states is derived for the closed-loop control of MC.
根据最小误差函数确定矩阵变换器开关模式,实现了系统闭环控制时开关状态的优化组合。
3.
Based on concrete examples of stratified and distributed power control and switch state on_line monitoring system,exploration of power control system,network structure and system funetion are introduced.
基于某大型电厂的分层分布式电能管理及开关状态在线监测系统的实际案例,介绍了发电厂电能管理系统的开发情况、网络结构及系统功能,探讨了开关状态在线监测技术的原理和实现。
6) state-switch
状态开关
1.
The vibration suppression principle and realization of the state-switched multiple-mode piezoelectric shunt damping system is experimentally studied.
研究了状态开关型多模态压电分流阻尼系统的抑振原理和实现方法。
补充资料：零状态响应
零状态响应
zero state response
I一rlgZhuongtol xlongy{ng零状态响应(zero state response)在零初始状态下，由初始时刻开始施加于线性系统或线性电路的输人信号所产生的响应。 零状态响应由电路拓扑结构、元件参数和输人信号决定。线性电路或线性系统的全响应可分解为零状态响应和零输入响应之和。 求零状态响应的一种重要方法是卷积积分法。
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