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A cross-coupled switch-RC mixer-first technique achieving +41dBm out-of-band IIP3

机译:交叉耦合开关RC混频器优先技术,实现+ 41dBm带外IIP3

摘要

Abstract — With the growing amount of wireless devices, interference robustness is a receiver specification of increasing importance. This paper presents a technique that improves both out-of-band compression and weakly non-linear distortion. It mitigates the effect of non-linearity in the baseband amplifier by preceding it by a cross-coupled passive filter. This provides a highly linear passive shunt path for out-of-band currents, while maintaining wideband input matching. The 65nm CMOS prototype chip achieves 41dBm out-of-band IIP3 at 40MHz offset and an 11dBm out-of-band blocker compression point. The chip has an area of 0.8mm2 and consumes 46mW from a 1.2V supply.
机译:摘要—随着无线设备数量的增加,干扰的鲁棒性已成为越来越重要的接收机规范。本文提出了一种可以同时改善带外压缩和弱非线性失真的技术。通过在其前面加上一个交叉耦合的无源滤波器,可以减轻基带放大器中非线性的影响。这为带外电流提供了高度线性的无源分流路径,同时保持了宽带输入匹配。该65nm CMOS原型芯片在40MHz偏移下实现了41dBm的带外IIP3,并具有11dBm的带外阻塞压缩点。该芯片的面积为0.8mm2,从1.2V电源消耗的功率为46mW。

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