GaAs for ADCs: system needs and device requirements

J. Sauerer, F. Oehler, G. Rohmer, U. Schlag
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Abstract

Analog to Digital Converters (ADCs) are the key components at the border between the analog and digital world. They put the most stringent requirements on technology in terms of speed, integration density and matching. The impact of different types of system applications on the ADCs' key performance data will be described. Different ADC architectures for a wide range of resolution and sampling rates will be presented as well as their performance limiting constraints. A few examples of implementation in GaAs technologies are shown to derive the technological requirements necessary for being a good candidate for ADCs.
用于adc的GaAs:系统需求和设备要求
模数转换器(adc)是介于模拟和数字世界之间的关键部件。他们在速度、集成密度和匹配方面对技术提出了最严格的要求。本文将描述不同类型的系统应用对adc关键性能数据的影响。本文将介绍不同的ADC架构,用于广泛的分辨率和采样率,以及它们的性能限制。在GaAs技术中实现的几个例子显示了作为adc的良好候选所必需的技术要求。
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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