Add to ORKGAn analysis of phase noise in differential cross-coupled tuned tank voltage controlled oscillators is presented. The effect of active device noise sources as well as the noise due to the passive elements are taken into account. The predictions are in good agreement with the measurements for different tail currents and supply voltages. The effect of the complementary cross-coupled pair is analyzed and verified experimentally. A 1.8 GHz LC oscillator with a phase noise of -121 dBc/Hz at 600 kHz is demonstrated, dissipating 6 mW of power using spiral inductors
A general circuit-based model of LC oscillator phase noise applicable to both white noise and 1/f no...
Relaxation RC type voltage controlled oscillator is more desirable for many applications because of ...
A harmonic oscillator topology displaying an improved phase noise performance is introduced in this ...
An analysis of phase noise in differential cross-coupled tuned tank voltage controlled oscillators i...
An analysis of phase noise in differential cross-coupled inductance-capacitance (LC) oscillators is ...
This paper reports comparative analyses of phase noise in Hartley, Colpitts, and common-source cross...
There have beem many studies on the analysis and design of low-noise oscillators. Recently, much att...
Abstract—Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found t...
Abstract—Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found t...
This paper presents a study of 1/f/sup 2/ phase noise in quadrature oscillators built by connecting ...
Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found to lower t...
Copyright © 2014 Ilias Chlis et al. This is an open access article distributed under the Creative Co...
has offered a general result concerning phase noise in nearly-si-nusoidal inductance–capacitance (LC...
This work presents a technique for reducing the flicker noise up-conversion to phase noise in CMOS L...
We present a general circuit-based model of LC oscillator phase noise applicable to both white noise...
A general circuit-based model of LC oscillator phase noise applicable to both white noise and 1/f no...
Relaxation RC type voltage controlled oscillator is more desirable for many applications because of ...
A harmonic oscillator topology displaying an improved phase noise performance is introduced in this ...
An analysis of phase noise in differential cross-coupled tuned tank voltage controlled oscillators i...
An analysis of phase noise in differential cross-coupled inductance-capacitance (LC) oscillators is ...
This paper reports comparative analyses of phase noise in Hartley, Colpitts, and common-source cross...
There have beem many studies on the analysis and design of low-noise oscillators. Recently, much att...
Abstract—Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found t...
Abstract—Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found t...
This paper presents a study of 1/f/sup 2/ phase noise in quadrature oscillators built by connecting ...
Based on a physical understanding of phase-noise mechanisms, a passive LC filter is found to lower t...
Copyright © 2014 Ilias Chlis et al. This is an open access article distributed under the Creative Co...
has offered a general result concerning phase noise in nearly-si-nusoidal inductance–capacitance (LC...
This work presents a technique for reducing the flicker noise up-conversion to phase noise in CMOS L...
We present a general circuit-based model of LC oscillator phase noise applicable to both white noise...
A general circuit-based model of LC oscillator phase noise applicable to both white noise and 1/f no...
Relaxation RC type voltage controlled oscillator is more desirable for many applications because of ...
A harmonic oscillator topology displaying an improved phase noise performance is introduced in this ...