ATSE

The design of ATSE controller based on MCU

基于单片机的自动转换开关控制器设计

Discussion on the Key Problems of Choice and Application of ATSE

ATSE选择应用中的核心问题探讨

ATSE Controller Based on AVR High Speed Embedded Single Chip Microcomputer

基于AVR高速嵌入式单片机的ATSE控制器

Design of ATSE Intelligent Double Power Control System Based on PROFIBUS / PROFINET

基于PROFIBUS/PROFINET的ATSE智能双电源控制系统设计

Reasonably selecting the switching time and the number of position of ATSE .

合理地选择ATSE的切换时间及其位数。

The study both in theory and practice on ATSE is widely carried out in this dissertation .

本文从对自动转换开关电器（ATSE）进行了深入的理论研究和实践探索。

On Some Questions in Implementation , Carrying out Automatic Transfer Switching Equipment ( ATSE ) Standard

关于贯彻执行自动转换开关标准的若干问题

Analysis of Harmonics Effects on ATSE Reliability

谐波电压对ATSE可靠工作影响的分析

Through integrated design of system hardware analog circuit and FPGA program , intelligent control of ATSE is realized .

本文论述了FPGA及其外围控制模块的设计原理，通过系统的硬件模拟电路和FPGA程序的综合设计，实现了ATSE的智能化控制。

When selecting ATSE in electrical design , utilization category should be considered according to the load in normal operation .

摘要提出电气设计中选择ATSE时，应按正常使用时的负荷情况考虑使用类别；

Application of PC level ATSE

浅谈PC级ATSE的应用

In order to ensure continuous power supply of important load , Automatic Transfer Switching Equipment ( ATSE ) has been widely used .

为了保证重要负荷的供电连续性，自动电源转换开关设备（ATSE）已得到广泛应用。

Only after the advanced high reliability design of the controller , it will be possible to further promote the development of ATSE technology .

只有先设计出先进的可靠性高的控制器，才有可能进一步推动ATSE技术的发展。

The designed ATSE can switch between two powers reliably and automatically , which satisfy the requirements of design .

所设计的ATSE能够实现两路电源之间可靠地切换，满足了设计的要求。

Transfer type and transfer time should be selected according to load characteristic as well as the location of ATSE in the whole power supply and distribution system .

根据负荷特性和ATSE在整个供配电系统中的位置选择转换类型及转换时间；

Recently , automatic transfer switching equipment ( ATSE ) is widely applied because of its safety , fast switching and without man on duty .

由于双电源自动转换开关（ATSE）具有使用安全、转换迅速、无需值守的特点，近年来得到了广泛的应用。

The applications of PC level ATSE are introduced , and the problems that should be considered in the practical design anol selection are also given .

主要介绍了PC级ATSE在实际中的应用情况，并提出了在实际设计选用过程中应注意的问题。

ATSE as fire , subway and other important endings of transfer switching devices playa more and more important role in the power supply system in recent years .

自动转换开关电器作为消防、地铁等重要负荷的末端互投装置，在工程中得到了广泛应用，在供电系统中起着越来越重要的作用，是近年来我国发展较为迅速的行业之一。

The structure , performance and standard of the circuit breaker , knife switch ( electric operation ) and automatic transfer switching equipment ( ATSE ) were compared and analyzed .

对断路器、刀开关（电动式）和自动转换开关电器（ATSE）三种产品在结构、性能及符合标准等方面进行了分析与对比。

Introduction to main technical specifications and requirements of PC and CB class ATSE is made and as well as temperature rise etc other test items and some regulations in Appendix A.

介绍了PC级和CB级ATSE的主要技术性能要求，并介绍了温升等其他试验项目及标准的附录A中的一些规定。

The article introduces the typical applications for power automatic transfer switching equipment ( ATSE ), as well as reasonable selection etc performance requirements , having explained the difficult points in power transfer for ATSE technically and the adoptable actions on the product structure .

文章介绍了自动电源转换开关电器（ATSE）的典型用途、合理选用等性能要求，说明了ATSE在电源转换中的技术难点及在产品结构上可采取的措施。

According to reference material we can know that more than seventy percent of the ATSE fault is caused by the controller problem , not the switch ontology . Therefore , we can know that the controller reliability and safety directly affect the reliability and safety of the whole ATSE .

通过查资料可以得知自动转换开关装置70%以上的故障都是因为控制器的问题，不是因为执行机构，由此可以得知控制器的可靠性和安全性直接影响到ATSE整体的可靠性和安全性。