A discrete frequency control method is proposed for thyristorized static switch.
介绍了用于感应电机起动的离散频率控制方法。
The static switch is sized to clear most short-circuits and transient current spikes.
静态开关的大小来清除最短路和瞬时电流峰值。
Every charging circuit possesses "backlash" control function which can avoid the vibration of static switch.
各路充电电压检测具有“回差”控制功能，可防止静态开关进入振荡状态；
The static switch of channels greatly reduces the selection time of channels, accordingly the test speed is very fast.
静态切换也大大缩短了通道的选通时间，从而提升了测试速度。
In this paper the digital intelligent control scheme for a static switch based on double CPUs consisting of TMS320LF2407A and AT89C52 is described.
介绍了由TMS320 LF 2407a和AT 89 C52单片机为静态开关主辅控制芯片的双cpu数字式智能控制方案。
Also, it may be utilized as a static "routing" switch.
它也可以用作静态“路由”开关。
The control theory for static transfer switch(STS) without circulation current is elaborated.
分析了静态转换开关（STS）的无环流切换控制的工作原理。
The question of earthing switch(ES) switching induced current was present in this paper, the feature of static and electromagnetism induction of common-tower double-circuit lines was also present.
对接地开关开合感应电流的问题，同杆双回线路电磁感应和静电感应的特点，以及我国接地开关开合感应电流的应用现状和国内产品情况进行了介绍。
And the static self-breakdown of the switch indicates that after electrode optimization the static self-breakdown voltage is stable and the distribution of electric field in the gap is mostly uniform.
开关进行了静态自击穿实验，实验结果表明开关静态自击穿电压是比较稳定的，同时也说明所研制的开关间隙内部电场分布比较均匀。
The SCR is a static element switch without touch-point. It can efficaciously reduce to the failure rate of the device.
SCR为无触点、静止元件，可有效降低设备运转故障率；
High-power static bypass switch, overload automatically switch to bypass when the power supply, zero switching time;
大功率静态旁路开关，过载时可自动转旁路供电，零切换时间；
It is mainly applicable to static analysis for electrical switch system of all kinds.
它主要适用于对各类电器开关结构的求解。
A sensitive switch registers the static electricity and turn the device on. A bright idea indeed.
一个灵敏的交换机用感应到的静电打开装置，这确实是一个聪明的想法。
The principle and control strategy of solid static transfer switch(SSTS) are introduced in this paper.
介绍了固体静态切换开关（SSTS）的工作原理和控制策略。
The question of earthing switch switching induced current was present in this paper, the feature of static and electromagnetism induction of common-tower double-circuit lines was also present.
对接地开关开合感应电流的问题，同杆双回线路电磁感应和静电感应的特点，以及我国接地开关开合感应电流的应用现状和国内产品情况进行了介绍。
The question of earthing switch switching induced current was present in this paper, the feature of static and electromagnetism induction of common-tower double-circuit lines was also present.
对接地开关开合感应电流的问题，同杆双回线路电磁感应和静电感应的特点，以及我国接地开关开合感应电流的应用现状和国内产品情况进行了介绍。
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