Future Trends in DC/DC Converters for Telecommunications

Flemming Aarup
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Abstract

The paper shows the advantages and disadvantages of using the latest topologies in DC/DC converter designs, up to power levels of about 300 Watt. Examples will show different way of controlling feed-back by means of high reliabilty opto-couplers and magnetics. The trends in using higher switching frequencies and the relationship with conducted and radiated noise problems will be shown, along with the growing use of amorphous magnetic materials in regulated amplifier circuits. New production techniques and their effect on reliability and MTBF will be shown and discussed. The author will demonstrate design problems and their solutions in the development of a high reliability multi-output DC/DC converter to be used to supply electronics for fibreoptics. The author, Flemming Aarup, is the managing Director of Danica Supply, Smedevaenget 1-7, DK-5560 Aarup. He has a background as a design engineer of electromedical equipment over 8 years, and has specialised in the design of power supplies for the last 10 years.
电信用DC/DC转换器的未来趋势
本文展示了在DC/DC转换器设计中使用最新拓扑结构的优点和缺点,最高功率约为300瓦。举例说明了利用高可靠性光耦合器和磁控制反馈的不同方法。使用更高开关频率的趋势以及与传导和辐射噪声问题的关系,以及在调节放大器电路中越来越多地使用非晶磁性材料。将展示和讨论新的生产技术及其对可靠性和MTBF的影响。作者将展示高可靠性多输出DC/DC转换器的设计问题及其解决方案,该转换器用于光纤电子供应。本文作者Flemming Aarup是Danica Supply的总经理,地址:Smedevaenget 1-7, DK-5560 Aarup。他拥有超过8年的电子医疗设备设计工程师的背景,并在过去的10年里专门从事电源设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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