Architectural design simulation and silicon implementation of a very high fidelity decimation filter for sigma-delta data converters

I. Kale, R. Morling, A. Krukowski, D. A. Devine
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引用次数: 5

Abstract

This paper reports on results from the algorithmic design and simulation of a two-path poly-phase decimation filter with 24-bit accuracy over the frequency range from dc to approximately 16 kHz. The filter is suited for very high precision data conversion applications, and has been designed for use with a fourth-order /spl Sigmaspl Delta/ modulator running at 4096 kHz. This paper also reports on the fixed-point architectural design, comparative bit-level simulations and silicon implementation.<>
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用于σ - δ数据转换器的高保真抽取滤波器的结构设计仿真和硅实现
本文报告了在直流至约16 kHz频率范围内具有24位精度的双路多相抽取滤波器的算法设计和仿真结果。该滤波器适用于非常高精度的数据转换应用,并且设计用于运行在4096 kHz的四阶/spl sigmaaspl Delta/调制器。本文还报道了该系统的定点结构设计、比较位级仿真和芯片实现
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