This paper presents a low-power low-noise 60 GHz frequency synthesizer using a 20 GHz
subsampling phase-locked loop (SS-PLL) and a 60 GHz tail-coupling quadrature injection …

Injection-locked oscillators divide at very high frequencies and consume low power. They
are not widely deployed in commercial products because they operate over small, often …

A general model of electrical oscillators under the influence of a periodic injection is
presented. Stemming solely from the autonomy and periodic time variance inherent in all …

A 300 GHz frequency synthesizer incorporating a triple-push VCO with Colpitts-based active
varactor (CAV) and a divider with three-phase injection is introduced. The CAV provides …

A number of specialized topics within the theory of injection locking and pulling are
addressed. The material builds on our impulse sensitivity function (ISF)-based, time …

A new perspective into the locking behavior of LC and ring oscillators is presented. By
decomposing a sinusoidal injection current into in-phase and quadrature-phase …

This paper presents a simulation-based model for the behavior of injection-locked oscillators
(ILOs) that can be applied to any oscillator topology under any strength of injected signal. By …

Miniaturization is essential in the design of wireless neural-recording systems. In recent
years, the battery in neural-recording systems can be eliminated by wireless power transfer …

This article proposes an effective way to use self-injection locking (SIL) in a radar system to
detect human chest cavity movement for vital signs monitoring with minimal hardware. The …

The all-digital fractional-N bang-bang PLL (BBPLL) requires a high-resolution digital-to-time
converter (DTC) with complex nonlinearity calibration or compensation. For the design of a …