Analysis of the pollutions of a switch mode power supply, a microcontroller core, and memories on a Bluetooth Low Energy type Radio Frequency transmitter embedded on a same System on Chip
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Keywords: Low power and high yield voltage conversion, RF CMOS design, Microcontrollers, On chip radio frequency transmission
Abstract: The aim of the thesis is to establish tools allowing to quantify the impact of pollutions generated by a switch mode power supply, a microcontroller core, or memories, over the performances of an RF transmitter, embedded on the same chip.
Informations
Thesis director: Jean-Daniel ARNOULD (TIMA - RMS)
Thesis supervisor: Christian VOLLAIRE (Ecole Centrale Lyon)
Thesis started on: Nov. 2020
Thesis defence: June 25th, 2024
Doctoral school: EEATS
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