Power amplifier efficiency ceilings due to signal modulation type

E. McCune
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引用次数: 9

Abstract

Energy efficiency in communications of all types is of growing importance to society. All efficiency loss is due to power dissipation in the electronic circuitry used to implement the communication standard. Selection of the modulation adopted by a standards working group has a dominant role in how much of the energy efficiency available from electronic technologies and circuit structures can be made visible to the communications application. Prediction of whether a particular modulation in consideration will either allow implementers to realize high values of energy efficiency — or will force implementers to use circuit techniques which place a low ceiling on the achievable energy efficiency — is an important step that must be performed during modulation selection deliberations. Prediction of this efficiency cap, if any, is readily achieved by the calculation proposed in this mostly tutorial paper. An initial comparison of presently used signal modulations is provided.
功率放大器的效率上限取决于信号调制类型
各类通信的能源效率对社会越来越重要。所有的效率损失都是由于用于实现通信标准的电子电路的功耗造成的。标准工作组所采用的调制方式的选择,在通信应用中可以看到多少电子技术和电路结构的能源效率方面起着主导作用。预测所考虑的特定调制是否允许实施者实现高能源效率值-或者将迫使实施者使用对可实现的能源效率设置低上限的电路技术-是调制选择审议期间必须执行的重要步骤。这个效率上限的预测,如果有的话,很容易通过这篇主要是教程的论文中提出的计算来实现。提供了目前使用的信号调制的初步比较。
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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