A 12GHz 30mW 130nm CMOS Rotary Travelling Wave Voltage Controlled Oscillator

This paper reports a 12GHz Rotary Travelling Wave (RTW) Voltage Controlled Oscillator designed in a 130nm CMOS technology. The phase noise and power consumption performances were compared with the literature and with telecommunication standards for broadcast satellite applications. The RTW VCO exhibits a -106dBc/Hz@1MHz and a 30mW power consumption with a sensibility of 400 MHz/V. Finally, requirements are given for a PLL implementation of the RTW VCO and simulated results are presented

Electronical Beam Scanning Using Integrated CMOS Continuous 0°-360° Phase Shifter

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Study of Cochlear Implants Electrodes Stimulation Based on the Physics of the Ear for Audio Signal Integrity Improvement

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Channel modeling for cochlear implant application

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System-design-oriented Low Noise Amplifier modelling

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Hierarchical modeling of a fractional phase locked loop

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Comparison between RTW VCO and LC QVCO 12 GHz PLLs

This paper reports comparisons between RTWVCO and LC QVCO 12 GHz PLLs, designed in a 130 nmCMOS technology for satellite communication applications.The phase noise at 1 MHz offset from the carrier is-102 dBc/Hz for the RTW VCO PLL and -98 dBc/Hz forthe LC QVCO PLL, and the power consumption is 39 and17 mW, respectively

Multi-languages description of Bluetooth Transmitter

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Estimation de la Consommation d'Amplificateurs de Puissance pour la Simulation Système

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Process Variation Compensation for Wireless Microphone Applications

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