电子通信设备送电和固定铅酸电池充电用开关电源的研制与运行经验

Bjorn Rydland
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摘要

标准电信公司Kabelfabrik A/S (STK)的电源部门开发了一系列用于48V电信设备的初级开关电源。最大的整流器HFC 48/200 (200A)的设计是由I. Narvhus先生在东京的INTELEC -83上介绍的。本文论述了该装置在开发和运行中所取得的经验。HFC 48/200自1985年以来一直在生产。截至1987年3月,约有120台设备在运行,为挪威的ITT1240数字交换机提供数据。安装的最大装置由18个整流器组成,即3600A。主要讨论的内容如下:设计与规范。所选设计的经验,在intec -83上提出,强调晶体管斩波,内部噪声问题以及纹波调节和并联操作的控制电路。HFC 48/200满足或超过挪威电信管理局(NTA)的所有要求。EMC。开关电源(SMPS)中电磁干扰问题的一般考虑。为电信设备供电的smps的主电源和输出EMI滤波。HFC 48/200和HFC 48/33的电磁干扰测量。操作经验。晶体管斩波电路和基极驱动电路的设计证明了其可靠性。讨论了主干线谐波畸变和并联运行的经验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experiences from Development and Operation of Switch Mode Power Supplies for Feeding of Electronic Telecommunication Equipment and Charging of Stationary Pb-Batteries
The power supply division at Standard Telefon og Kabelfabrik A/S (STK) has developed a range of primary switched power supplies for 48V telecommunication equipment. The design of the largest rectifier, HFC 48/200, a 200A unit, was presented on INTELEC -83 in Tokyo by Mr. I. Narvhus. This paper deals with the experiences gained from the development and operation of this unit. The HFC 48/200 has been in production since 1985. Approx. 120 units are in operation as per March-87, feeding ITT1240 digital exchanges in Norway. The largest plant installed consists of 18 rectifiers, i.e. 3600A. The main subjects discussed are as follows: Design and specifications. Experiences with the chosen design, presented at INTELEC-83, emphasizing the transistor chopper, internal noise problems and the control circuits for ripple regulation and parallel operation. The HFC 48/200 meets or exceeds all the Norwegian Telecommunications Administration (NTA)s requirements. EMC. General considerations about EMI problems in switch mode power supplies (SMPS). Mains and output EMI filtering of SMPSs feeding telecommunication equipment. Measurements of EMI on the HFC 48/200 and HFC 48/33. Operational experience. The designs chosen for the transistor chopper and base drive circuits have proven its reliability. Both experiences concerning harmonic distortion on the mains and parallel operation are discussed.
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