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This book studies how to use modern nanometre CMOS technology to design RF integrated circuits (RFICs) for mobile TV — focusing on breaking the trade-off between power consumption and performance (linearity, noise figure) by optimizing the RF front-end dynamic range at three levels: MOSFET physics, circuit design, and system architecture. It details wideband low-noise amplifier (LNA) design techniques, including a noise-canceling method enabling sub-2 dB wideband noise figure; the design of RF attenuators and automatic gain control (AGC) for dynamic range control; and presents 65 nm CMOS prototype implementations — offering both theory and practical results, making it valuable for IC designers and researchers in mobile/wireless systems.

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245: $a: CMOS RFICs for Mobile TV Applications
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082: $a:
100: $a: Ahmed A. Youssef & James W. Haslett
650: $a: Wireless Communications Engineering
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250: $b: Springer
250: $c: 2010
020: $a: 978-90-481-8603-7
300: $a: 200