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1·This Power Regulator thyristor in conduction is zero and the zero-crossing turn-off.

这种调功器中的晶闸管是过零导通跟过零关断的。

2·One primary consideration is the total load the main board power regulator can support.

一主要考虑是主板力量管理者可能支持的总装载。

3·The output voltage frequency of power regulator will change with the controlling voltage.

根据微机控制电压的大小改变调功器电路输出电压的频率；

4·The concept of transferred volume is put forward to estimate the capability of the power regulator.

提出了转移体积的概念用于评价调节器的工作能力。

5·Via power regulator to control the load, the pollution problem during power network in use may be reduced.

介绍通过调功器来控制负载，可以减轻电网用电过程中的污染问题。

6·There is description on the design principle of power regulator, circuit drawings for main and control feedback circuits.

阐述了调功器的设计原理、主回路和控制回路的电路图。

7·Of hardware systems and software systems to achieve, analysis and design of a thyristor-based exchange AT89C2051 MCU Power Regulator.

通过对硬件系统和软件系统的实现，分析设计了一种基于AT 89 C 2051单片机的晶闸管交流调功器。

8·LM3485 Hysteretic Switch Power Regulator can solve the problem, which satisfies the different requirements under different voltages without any compensation.

笔者介绍的迟滞开关功率转换器LM 3485，旨在实现一种能够满足大量不同降压要求而无须进行补偿的开关调整器解决方案。

9·China may face electricity blackouts nationwide this year due to an inadequate power coal supply, the country's power regulator said in a report released last Friday.

中国电力管理机构上周五消息，由于燃煤短缺，今年中国有可能会面临全国范围内的停电。

10·In order to improve the precision of power regulator of low voltage and high power, a power regulator of high precision is designed based on MSP430 family of microprocessor.

针对提高低压大功率调功器控制精确度的需要，设计了一种基于MSP430系列单片机的高精确度数字调功器。