The white noise to phase noise conversion of one-and two-port CMOS differential-pair
harmonic oscillators with transformer-based resonators is addressed in this paper. First, the …

This article analyses and demonstrates a 22.5-27.7-GHz fast-lock low-phase-noise bang-
bang digital phase-locked loop (PLL) for millimeter-wave (mm-wave) communication. A …

This article proposes the theory and implementation of an even-harmonic class-CMOS
oscillator that displays an excellent phase noise performance. Starting from zero voltage …

This paper introduces a new phase noise analysis for one-port and two-port dual mode
transformer-based (T-based) oscillators. In this paper we differentiate through linear time …

This article comprehensively reviews and studies CMOS transformer tank voltage‐controlled
oscillators (VCOs) designed to improve the frequency tuning range (FTR) and minimize …

This brief analyzes three different mechanisms for injecting a tuning current into the tank of
inductively tuned LC-quadrature oscillators. It is shown that, by controlling how the tuning …

Abstract 5G is now pushing the state-of-the-art in virtually every aspect of high-speed mobile
networks, multimedia, Internet of Things (IoT) and satellite internet connections. There is a …

This work is focused on the design of a Low Power CMOS DCO for IEEE 802.11 ah in IoT
applications. The design methodology is based on the Unified current-control model (UICM) …

Cognitive radio has emerged as an effective method for relieving the current problem of
spectral crowding. One primary challenge in the field of cognitive radio design is the …