Session 11RF and mm-Wave Wireless Receivers.pdf

1、Session 11 Overview:RF and mm-Wave Wireless Receivers WIRELESS SUBCOMMITTEEThis session presents five papers on various techniques for improving RF and mm-wave wireless receiver performance.The first paper demonstrates a phased-array RX capable of receiving concurrent right-and left-handed circular

2、polarizations.Papers 2 and 5 focus on techniques to combat interference in RF and mm-wave receivers,one using non-uniform multi-level time-approximation filtering and another using a higher-order TIA.Paper 3 demonstrates a wideband full-duplex receiver,and Paper 4 focuses on a low-power GNSS receive

3、r for positioning.Session Chair:Negar Reiskarimian Massachusetts Institute of Technology,Cambridge,MASession Co-Chair:Hao Gao Southeast University,Nanjing,China212 2025 IEEE International Solid-State Circuits ConferenceISSCC 2025/SESSION 11/RF AND MM-WAVE WIRELESS RECEIVERS/OVERVIEW979-8-3315-4101-9

4、/25/$31.00 2025 IEEE11:20 AM 11.4 A Gm-C RF Quadrat ure-Current-Generat ion Technique wit h 40dB IRR in 0.65V 2mW Mult i-Mode CMOS GNSS Receiver Chao Chen,Southeast University,Nanjing,China In Paper 11.4,Southeast University and the Nanjing Low Power IC Technology Institute present a 28nm 0.47mm2 GN

5、SS receiver.A 0.65V Gm-C signal-quadrature RF front-end is embedded within a passive mixer,allowing the receiver to achieve a 3.2dB NF,-164dBm tracking sensitivity and-148dBm acquisition sensitivity at 2mW power consumption.11:45 AM 11.5 A 200MHz-BW Blocker-Tolerant Receiver wit h Fift h-Order Filt

6、ering Achieving 19dBm Adjacent-Channel IIP3 Liangbo Lei,Fudan University,Shanghai,China In Paper 11.5,Fudan University presents a 0.5-to-3GHz blocker-tolerant RX front-end with high linearity(OOB IIP3 of 14.4dBm and 19dBm for offset/BW=1 and 2,respectively)and selectivity(-100dB/decade far-OOB roll-