This paper presents a very low phase noise wide band fully integrated VCO in X band. It is based on UMS HBT technology (HB20P process). This circuit has been realized in the frame of ARGOS project in order to carry out a low phase noise frequency synthesizer. HB20P transistor and varactor nonlinear models have been extracted from pulsed measurements. Furthermore, HBT low frequency noise measurements have been performed to evaluate noise sources and then to optimize the operating point in the design. According to these characterizations, we have realized a fully MMIC VCO providing good phase noise performances -(90 dBc/Hz @ 100 KHz), in a wide frequency band (15%) and in a wide temperature range -(40°C<+65°C)
After investigation of the possible HBT low frequency noise sources and their localization in order...
The paper presents a novel method to enhance tank voltage swing in LC VCOs design using bipolar tran...
The paper presents a novel method to enhance tank voltage swing in LC VCOs design using bipolar tran...
This paper presents a very low phase noise wide band fully integrated VCO in X band. It is based on ...
none4noThis work presents the design of three low-phase-noise monolithic voltage controlled oscillat...
The thesis presents two major concerns in the design of low phase-noise MMIC VCOs; the active device...
The thesis presents two major concerns in the design of low phase-noise MMIC VCOs; the active device...
This paper presents a low phase noise 20 GHz signal source based on a voltage control oscillator(VCO...
A method for design of low phase-noise balanced-Colpitts (BC) fixed-frequency oscillators (FFOs) and...
The thesis treats the design of low phase noise oscillators/VCOs in GaAs/InGaP HBT and GaN HEMT tech...
The thesis treats the design of low phase noise oscillators/VCOs in GaAs/InGaP HBT and GaN HEMT tech...
The thesis treats a design for an ultra low phase noise VCO for backhaul Gbit point-to-point communi...
In this paper, fundamental W-band voltage controlled oscillators (VCOs) featuring low phase noise an...
A fundamental low phase noise W-band VCO extended by an output buffer using InP/InGaAs DHBT technolo...
A fully integrated GaAs HBT dual frequency VCO providing a high frequency 18 GHz signal but also a h...
After investigation of the possible HBT low frequency noise sources and their localization in order...
The paper presents a novel method to enhance tank voltage swing in LC VCOs design using bipolar tran...
The paper presents a novel method to enhance tank voltage swing in LC VCOs design using bipolar tran...
This paper presents a very low phase noise wide band fully integrated VCO in X band. It is based on ...
none4noThis work presents the design of three low-phase-noise monolithic voltage controlled oscillat...
The thesis presents two major concerns in the design of low phase-noise MMIC VCOs; the active device...
The thesis presents two major concerns in the design of low phase-noise MMIC VCOs; the active device...
This paper presents a low phase noise 20 GHz signal source based on a voltage control oscillator(VCO...
A method for design of low phase-noise balanced-Colpitts (BC) fixed-frequency oscillators (FFOs) and...
The thesis treats the design of low phase noise oscillators/VCOs in GaAs/InGaP HBT and GaN HEMT tech...
The thesis treats the design of low phase noise oscillators/VCOs in GaAs/InGaP HBT and GaN HEMT tech...
The thesis treats a design for an ultra low phase noise VCO for backhaul Gbit point-to-point communi...
In this paper, fundamental W-band voltage controlled oscillators (VCOs) featuring low phase noise an...
A fundamental low phase noise W-band VCO extended by an output buffer using InP/InGaAs DHBT technolo...
A fully integrated GaAs HBT dual frequency VCO providing a high frequency 18 GHz signal but also a h...
After investigation of the possible HBT low frequency noise sources and their localization in order...
The paper presents a novel method to enhance tank voltage swing in LC VCOs design using bipolar tran...
The paper presents a novel method to enhance tank voltage swing in LC VCOs design using bipolar tran...