Classical and modern receiver architectures
S Mirabbasi, K Martin - IEEE Communications Magazine, 2000 - ieeexplore.ieee.org
IEEE Communications Magazine, 2000•ieeexplore.ieee.org
This article is a review of several classical and modern wireless receiver architectures used
in wideband wireless communication systems. The emphasis is on configurations suitable
for integration on a single silicon chip. A full understanding of the design trade-offs
discussed in this article is necessary for the proper introduction of a new modulation scheme
presented in the article by Mirabbasi and Martin (2000) entitled," Hierarchical QAM: a
spectrally efficient DC-free modulation scheme".
in wideband wireless communication systems. The emphasis is on configurations suitable
for integration on a single silicon chip. A full understanding of the design trade-offs
discussed in this article is necessary for the proper introduction of a new modulation scheme
presented in the article by Mirabbasi and Martin (2000) entitled," Hierarchical QAM: a
spectrally efficient DC-free modulation scheme".
This article is a review of several classical and modern wireless receiver architectures used in wideband wireless communication systems. The emphasis is on configurations suitable for integration on a single silicon chip. A full understanding of the design trade-offs discussed in this article is necessary for the proper introduction of a new modulation scheme presented in the article by Mirabbasi and Martin (2000) entitled, "Hierarchical QAM: a spectrally efficient DC-free modulation scheme".
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