Growing interest in ultralow-power radio frequency receivers has reinvigorated research in
super-regenerative amplifier (SRA) architectures, in part due to their ability to achieve …

In this paper we present a description and experimental verification of a superregenerative
receiver (SR) for QPSK signals. Exploiting the fact that a conventional SR generates pulses …

Wireless communications play a central role in our modern connected lives; at the same
time, they constitute a very broad and deep area of research. The elements that make …

This paper presents a new 8-PSK Super Regenerative Receiver operating in 402-405 MHz
MICS band. The proposed topology employs minimum components to design phase …

A digital detection scheme for demodulating QPSK signals is proposed. The proposed
scheme can be a cascaded block following a super-regenerative oscillator that regenerates …

Abstract Analysis and design of 8-PSK low power Receiver using an Integrated Low-Noise
Amplifier (LNA) and Super-Regenerative Oscillator (SRO) with Digital Detection Technique …

Low-power wireless receiver design has been an active area of research during thelast
decade. One of the most difficult part of the design is generating a spectrally pureclock …

Abstract Super Regenerative Receivers exploit more complex modulation techniques in
order to achieve better bit per symbol rate. This study presents a novel 8-Phase Shift Keying …

In this paper, a complete super-regenerative QPSK receiver is designed to operate at 2.4
GHz. The receiver front-end is comprised of an LNA and a super-regenerative oscillator …

In this paper we present a description and experimental verification of a superregenerative
receiver (SR) for QPSK signals. Exploiting the fact that a conventional SR generates pulses …