Rf Circuit And System Innovations For A New Generation Of Wireless Terminals

2016 IEEE International Symposium on Circuits and Systems (ISCAS)(2016)

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摘要
Next-generation (Next-G) wireless terminals need to sense their ambient and adapt to the diverse deployment scenario requirements on the fly while leveraging technology scaling. Several key circuit and system innovations are required to make the realization of this vision possible. We discuss how compressed sampling can be exploited to design a rapid, GHzwide and energy-efficient interferer detector using a quadrature analog-to-information converter. A family of field-programmable receiver front ends demonstrating two linearity enhancement techniques including interferer-reflecting loops and hybrid Class-AB-C low noise transconductors is discussed. The technology scalable and out-of-band blocker robust switched-capacitor RF front end is then presented.
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关键词
out-of-band blocker robust switched-capacitor RF front end,hybrid class-AB-C low noise transconductors,interferer-reflecting loops,linearity enhancement techniques,field-programmable receiver front ends,quadrature analog-to-information converter,energy-efficient interferer detector,next-generation wireless terminals,next-G wireless terminals,system innovations,RF circuit
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