Add to ORKGThe phase noise of a distributed oscillator is evaluated very simply by identifying an effective capacitance equal to the total capacitance distributed along the transmission lines. The contributions of the various passive and active noise sources to the total phase noise are calculated revealing several guidelines for improved distributed oscillator designs
An analysis of phase noise in differential cross-coupled inductance-capacitance (LC) oscillators is ...
This dissertation explores the performance capabilities, limitations, and theoretical analysis of mi...
Over the past decade, there have been substantial activities as well as changes in the design of hig...
The phase noise of a distributed oscillator is evaluated very simply by identifying an effective cap...
This paper describes the design and experimental verification of a tunable oscillator based on a mic...
In this paper, the phase noise of a CMOS distributed oscillators is formulated and simulated. A freq...
The research activity carried out during the PhD is focused on the study, analysis and design of mil...
Oscillators are ubiquitous to radio frequency circuits, where frequency translations and channel sel...
The design of high frequency silicon bipolar oscillator using common emitter (CE) with distributed o...
Increasing demand for bandwidth in the digital communications, wired or wireless, requires integrate...
International audienceTwo oscillators are needed for passive wireless sensor readers: a radiofrequen...
Abstract—We present an electrical distributed parametric oscil-lator to realize a passive CMOS frequ...
Abstract—Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found t...
International audiencePhase noise in microwave transistors is studied both theoretically and experim...
Wireless communication systems are based on frequency synthesizers that generate carrier signals, w...
An analysis of phase noise in differential cross-coupled inductance-capacitance (LC) oscillators is ...
This dissertation explores the performance capabilities, limitations, and theoretical analysis of mi...
Over the past decade, there have been substantial activities as well as changes in the design of hig...
The phase noise of a distributed oscillator is evaluated very simply by identifying an effective cap...
This paper describes the design and experimental verification of a tunable oscillator based on a mic...
In this paper, the phase noise of a CMOS distributed oscillators is formulated and simulated. A freq...
The research activity carried out during the PhD is focused on the study, analysis and design of mil...
Oscillators are ubiquitous to radio frequency circuits, where frequency translations and channel sel...
The design of high frequency silicon bipolar oscillator using common emitter (CE) with distributed o...
Increasing demand for bandwidth in the digital communications, wired or wireless, requires integrate...
International audienceTwo oscillators are needed for passive wireless sensor readers: a radiofrequen...
Abstract—We present an electrical distributed parametric oscil-lator to realize a passive CMOS frequ...
Abstract—Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found t...
International audiencePhase noise in microwave transistors is studied both theoretically and experim...
Wireless communication systems are based on frequency synthesizers that generate carrier signals, w...
An analysis of phase noise in differential cross-coupled inductance-capacitance (LC) oscillators is ...
This dissertation explores the performance capabilities, limitations, and theoretical analysis of mi...
Over the past decade, there have been substantial activities as well as changes in the design of hig...