Snubber circuit of switching power supply.
开关电源的缓冲电路。
Using the VI program to measure the harmonic of switching power supply.
利用该VI程序测量开关电源输出量的谐波；
An intelligent switching power supply which has adjustable output is designed.
设计了一种输出可调智能开关稳压电源。
The quantities are usually a voltage or current in switching power supply testing.
这个电量通常是指开关电源测试中的电压或电流。
Principles and virtues of switching power supply of peak current control are presented.
介绍了峰值电流控制开关电源的原理和优点。
Waterproof and RF screened die casting house, switching power supply locally and remotely.
防水和RF放映压铸家，开关电源在本地和远程。
Switching power supply or DC power to AC power through it will be a stable DC voltage source.
开关电源把直流电源或交流电源通过它可以获得一个稳定的直流电压源。
This paper makes a contrast test on the improved switching power supply with the original one.
并把改进后的开关电源与改进前的开关电源进行了对比验证。
Absolutely practical, this is my guide book entry of switching power supply and see absolutely right!
绝对的实用，这是我开关电源的入门指导书，看看绝对没错！
In addition, the need for regular switching power supply, consider the use of a socket with a switch.
另外，需经常开关电源的电器，考虑使用带开关的插座。
This paper presents the principles and features of switching power supply in the peak current control.
介绍了峰值电流控制开关电源的原理和特点。
Lower source impedance to the switching power supply under test, thus it can deliver higher peak current.
对测试中开关电源提供更低的源阻抗﹐因此它会传送更高的峰值电流。
The main circuit consists of the switching power supply, the main control circuit, and the power circuit.
本课题硬件结构主要包括开关电源，主控电路、功率电路三部分。
This document describes general equipment used in switching power supply testing and their characteristics.
此文件描述一般开关电源供应器的测试仪器及其特性。
The noise in the switching power supply is much larger than the noise in the conventional linear power supply.
开关电源产生的噪声比常规线性电源产生的噪声大得多。
Finally, an example explains how three outputs of single—ended flyback switching power supply can be designed.
最后举例说明三路输出单端反激式开关电源的设计。
This paper introduces uniform design method used in the reliability parameter design of a switching power supply.
介绍在开关电源控制电路的设计中，利用均匀法进行可靠性参数设计的方法。
CPU is in an iron box together with other devices such as disk drives, a main memory and a switching power supply etc.
CPU同其它设备如磁盘驱动器、内存和开关稳压电源等被装在一个铁箱子中。
This paper analyzes several existing problems on the switching power supply for the relay protection in the actual running.
研究了实际运行中的继电保护用开关电源存在的几种问题。
Switching power supply is more widely used to electronic equipment with its miniaturization, lightness and high efficiency.
开关电源不断的小型化、轻量化和高效率，在电子设备中使用量越来越大，普及率越来越高。
The device has a higher efficiency than the conventional switching power supply with PWM, and it is almost load-independent.
这类开关电源的效率比常规的脉冲宽度调制（PWM）高，且基本上与负载无关；
A new generation of IGBT inverse constant potential instrument is developed by using powerful switching power supply technology.
利用大功率开关电源技术研制出新一代的IGBT逆变式恒电位仪。
A high frequency single-ended flyback switching power supply is designed with current-mode PWM controller UC3842 chip as its core.
设计了一种以电流型PWM控制器UC3842芯片为核心的高频单端反激式开关稳压电源。
This paper introduces an optimization design method for the compensation network of phase-shift full-bridge switching power supply.
介绍了一种全桥移相式开关电源补偿网络的最优设计方法。
With chopping principle, switching power supply is chosen as the DC power supply because of its small size, low weight and high efficiency.
论文采用直流斩波原理，利用体积小、重量轻、效率高、可靠性好的开关电源作为直流供电电源。
Switching converter may translate one kind of DC electric power into another or more one, and is the main part of DC switching power supply.
开关变换器能够将一种直流电能转换成另一种或多种直流电能，是直流开关电源的主要组成部分。
According to the requirements of coil power supply, the paper designs one kind of constant current source based on the switching power supply.
根据线圈供电要求，本论文设计了一种基于开关技术的恒流电源。
My project is focused on the design and research of PWM switching power supply control circuitry that requires high efficiency and reliability.
本课题是对无工频变压器开关电源控制器芯片模块电路的设计与研究。
The losses of magnetic components occupy a considerable proportion in switching power supply, so the calculation of core loss is very important.
磁性元件的损耗在开关电源中占相当大的比例，因此磁芯损耗的计算在开关电源设计中相当重要。
The losses of magnetic components occupy a considerable proportion in switching power supply, so the calculation of core loss is very important.
磁性元件的损耗在开关电源中占相当大的比例，因此磁芯损耗的计算在开关电源设计中相当重要。
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