In this paper, we propose and demonstrate the first fully integrated surface acoustic wave
(SAW)-less superheterodyne receiver (RX) for 4G cellular applications. The RX operates in …

Since the invention of radio, superheterodyne has been the architecture of choice for
receivers (RX). Thanks to its high intermediate-frequency (IF), the problems related to flicker …

This paper demonstrates a tunable synthetic fourth-order bandpass filter (BPF) at microwave
frequencies. Two parallel second-order Q-enhanced LC BPFs responses are added with the …

The zero/low intermediate frequency (IF) receiver (RX) architecture has enabled full CMOS
integration. As the technology scales and wireless standards become ever more …

This paper introduces a system-level approach to develop the first-ever fully discrete-time
(DT) superheterodyne receiver (RX) for Internet-of-Things applications, such as Bluetooth …

A complex quadrature charge-sharing (CS) technique is proposed to implement a discrete-
time band-pass filter (BPF) with a programmable bandwidth of 20-100 MHz. The BPF is part …

A highly reconfigurable charge-domain switched--C biquad band-pass filter (BPF) topology
that utilizes an interleaved semi-passive charge-sharing technique is proposed. It uses only …

Discrete-time (DT) receiver (RX) architectures offer low-power implementation, high
configurability, and easy portability to ever finer CMOS nodes. Such features are highly …

Radio spectrum is the most valuable wireless communication resource. With recent
advancements in the internet of things (IoT), it is critical to gather spectrum usage …

In this paper, we investigate an impact of voltage supply scaling on power consumption and
performance of a new class of wireless receivers (RX) for Internet-of-Things (IoT) …