开关电源的缓冲电路。
介绍了峰值电流控制开关电源的原理和优点。
Principles and virtues of switching power supply of peak current control are presented.
利用该VI程序测量开关电源输出量的谐波；
Using the VI program to measure the harmonic of switching power supply.
公司的产品有电源适配器、开关电源、充电器。
The company's products have the power adapter, switching power supplies, chargers.
这个电量通常是指开关电源测试中的电压或电流。
The quantities are usually a voltage or current in switching power supply testing.
这意味着开关电源通常是电子设备里的最强干扰源。
It means that usually the SMPS is the strongest electrical noise generator in the whole system.
此文件描述一般开关电源供应器的测试仪器及其特性。
This document describes general equipment used in switching power supply testing and their characteristics.
提出了21世纪我国应注意开发的通信开关电源技术。
SMPS technologies to be emphatically developed in China in the 21 st century are proposed.
另外，需经常开关电源的电器，考虑使用带开关的插座。
In addition, the need for regular switching power supply, consider the use of a socket with a switch.
开关电源由于本身工作特性使得电磁干扰问题相当突出。
The electromagnetic interference question of switching power is quite prominent for itself service behaviour.
对加固计算机用开关电源的可靠性设计进行了系统的探讨。
The design for reliability of switching supply for reinforced computer was investigated.
最后给出了利用该变压器设计制作的开关电源的测试结果。
Finally, the application results of the switching mode power supply with the transformer are presented.
绝对的实用，这是我开关电源的入门指导书，看看绝对没错！
Absolutely practical, this is my guide book entry of switching power supply and see absolutely right!
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。
This paper makes a contrast test on the improved switching power supply with the original one.
文中详细讨论了开关电源输出特性与反馈回路直流增益的关系。
The relationship between output character of Switching Mode Power Supply (SMPS) and DC gain in feedback loops is discussed.
指出了高频开关电源在高保真音频功率放大器中广阔的应用前景。
The outlook of high frequency switch power supply in application to high fidelity audio frequency power amplifier is indicated.
DC变换器是开关电源的核心部分，有着极其丰富的动力学行为。
DC-DC converters are the kernel parts in the switching power supplies. There are abundant dynamical behaviors in them.
数字控制的时延补偿应用于直流开关电源中获得了较好的控制效果。
The time delay compensation of digital control for DC switch-mode power supplies improves the control effect.
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。
Lower source impedance to the switching power supply under test, thus it can deliver higher peak current.
提出了一类新颖的不间断高功率因数交流开关电源电路结构与拓扑族。
Novel circuit structure and topologies family of uninterruptible AC switching power supplies with high power factor are proposed.
开关电源设计中，如何设计出性能稳定可靠的开关电源变压器是关键。
How to design the switching supply transformer which operate reliably is very important for design of switching supply.
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。
Switching power supply or DC power to AC power through it will be a stable DC voltage source.
因此大功率开关电源适配器的研制，正在成为一个广受关注的热点问题。
So, the study of high-power switching adapter is becoming a hot issue.
而制约这一目标实现的关键技术就是开关电源用铁氧体材料的高频化技术。
The key to realize the goal is the technology of ferrite used in high frequency switching mode power supply(SMPS).
它也能够用快闪存储器构成的虚拟EEPROM记录开关电源的故障信息。
It also can record the failure information of SMPS in the virtual EEPROM using flash memory.
本文在阐述开关电源电磁干扰基本特点的基础上，提出了电源传导加固技术。
On the basis of the switch powers' EMI primary characteristic analysis, conducted rugged technology for power is proposed.
该文针对应用广泛的开关电源变换器提出一种传导干扰分析和建模预测方法。
This paper proposes an analysis and modeling approach for describing the conducted EMI in switching power converter.
本课题任务就是设计一款小功率单片集成的离线式AC/DC转换开关电源。
The objective of this work is to design and realize a monolithic off-line AC/DC SMPS switcher.
本课题任务就是设计一款小功率单片集成的离线式AC/DC转换开关电源。
The objective of this work is to design and realize a monolithic off-line AC/DC SMPS switcher.
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