半导体器件对电话通信系统功耗的影响

S. Kitsopoulos
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引用次数: 2

摘要

电话通信设备60%的电力由线路电路消耗,20%由电源消耗,20%由公共控制电路消耗。一般来说,由于特殊的节电电路,随着越来越多的大规模集成电路(LSI)的引入,线路电路的耗散正在减少。在微处理器控制下断电,功率器件降额和VMOS的使用将减少电源损耗。通用控制从大规模集成电路爆炸中获益最多。由于能源成本的增加,低功耗技术(CMOS)现在比传统技术(NMOS)更具成本效益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Semiconductor Devices on the Power Dissipation of Telephone Communications Systems
Sixty percent of telephone communication equipment power is consumed by the line circuits, 20% by the power supplies and 20% by the common control circuits. In general, line-circuit dissipation is decreasing as more Large Scale Integration (LSI) is introduced, due to special power saving circuits. Powering down under microprocessor control, derating of power devices and use of VMOS will reduce power supply losses. The common control has benefited the most from the LSI explosion. Due to increased cost of energy, low-power technologies (CMOS) are now more cost effective than more conventional ones (NMOS).
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