power control electronics

IGBT emerged in early 1980s as a new type of entire-control power electronics transistor. The Induction-heating Power Supply ( ISP) with power of hundreds kilowatt and frequency between 10~ 100 kHz is popularly used in induction-heating field.

IGBT是80年代初出现的新一代全控型电力半导体器件，在感应加热领域生产的功率达数百千瓦、频率10~100kHz的IGBT超音频电源，正得到广泛应用。

EPS ( Electric Power Steering) uses advanced electronics technology and motor control technology in the steering system, the direct power source is not the engine but the DC motor.

电动助力转向系统（EPS，Electric Power Steering）是将先进的电子技术和电机控制技术应用到汽车转向系统中，不以发动机作为直接动力源，而是用电机控制的助力转向方式。

The V850E/ MS1 chip produced by NEC is a new 32-bit RISC processor which has been widely used in industrial control, power electronics, medical devices, consumer electronics and so on.

V850E/MS1芯片是由日本NEC公司推出的一款新型32位精简指令集的处理器，被广泛应用在工业控制、电力电子、医疗仪器和DAV消费电子等各方面。

In recent years, with the performance of Power Electronics devices continued to consummate and the AC Motor Speed Control Technology and the Frequency Speed Converter Technology development and their increasingly widespread application of the device.

近年来，随着电力电子器件的性能的不断完善，交流电机调速技术与变频调速技术的取得重大突破，而且它们在设备上的应用日益广泛。

With the rapid development of power electronics, control technique applied in the power electronic system becomes more and more complex.

电力电子装置的控制技术随着电力电子技术的发展，愈来愈复杂。

Decentralized autonomous control of power electronics system based on Bionics

基于仿生学的电力电子系统分散自治控制

Over the last 30 years power electronics devices typically have been employed to stabilize voltages and to control motor speed.

在过去30年中，电力电子设备一般被用来进行稳压和电动机的调速。

Power supply is the core of an air plasma cutting machine. According to load characteristics of plasma arc and requisition of cutting technic, it applies modern power electronics and automatic control theory to realize power transform and control.

切割电源是空气等离子切割机的核心，是针对等离子弧负载特性和切割工艺要求，应用现代电力电子学理论和自动控制理论，实现电能的高效率变换和控制的电源变换器。

With the development of the diversifies of electronic power components and computer technology, power electronics control devices also make great progresses, but corresponding control software makes little progress.

随着电力电子器件多样化和计算机技术的发展，电力电子控制装置也有了新的发展，但是相对应的控制系统软件的设计方法却发展很慢。

It develops with the progress of micro-electronics technology, control technology, power electric and modern computer technology.

它是随着微电子技术 、 控制技术 、 电力电子技术和现代计算机技术的发展而发展起来的.