4300 Megasamples/s Wave Digital Filter Implementation In Bit-parallel Tspc Circuit Technique

J. Pihl, E. Aas
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引用次数: 4

Abstract

In this contribution we demonstrate how the TSPC circuit technique [I] when applied to bit-parallel carrysave (CS) wave digital filter architectures [4], provides considerable performance improvements over traditional implementations. Implementation results for a thirdorder lattice wave digital filter in a 0.8~ standard CMOS process indicate that a sample frequency of 300MHz is achievable, which is more than double the sample rate reported in previous works on the same filter[2],[5]. It is the high speed of the TSPC technique and absence of carry propagation in CS arithmetic, that provide the improvements.
基于位并行Tspc电路技术的4300兆样本/s波数字滤波器的实现
在本文中,我们展示了TSPC电路技术[1]在应用于位并行载波保存(CS)波数字滤波器架构[4]时,如何比传统实现提供相当大的性能改进。在0.8~标准CMOS工艺中实现的三阶点阵波数字滤波器的结果表明,可以实现300MHz的采样频率,这是先前在相同滤波器上报道的采样率的两倍多[2],[5]。TSPC技术的高速度和CS算法中没有进位传播是其改进的主要原因。
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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