Internet-of-Things (IoT) and Wireless sensor networks (WSNs) require very low power
transceivers. This paper presents techniques for minimizing power consumption of receiver …

An intracortical visual prosthesis plays a vital role in partially restoring the faculty of sight in
visually impaired people. Reliable high date rate wireless links are needed for …

This article proposes a fractional-N charge pump phase-locked loop (C P-PLL) with fast two-
point modulation calibration using Duty-Cycle and Polarity Tracking technique. The …

This article presents a 915-MHz ultra-low-power (ULP) sub-sampling phase-tracking
receiver (SSPT-RX). It is targeted for the power-constrained devices that need short range …

This paper describes a crystal-less heterodyne phase-tracking receiver (PTRX) architecture
that offers a wide tracking range, flexible yet robust loop dynamics, and a 1-bit demodulation …

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 recent decades, a radical change in biomedical engineering began around clinical
applications to electrically stimulate the nervous system [1–6]. A plethora of clinical systems …

In today's digital economy, the internet serves as the connective thread for billions of
individuals, facilitating communication and access to information on a global scale. This …

We present a first-ever waveform-tracking receiver (RX) with type-II phase-tracking loop. In
this preprint, a novel nonlinear filter in the feedback path is proposed to obtain better …