Design Aspects of MillimeterWave Multiband Front-Ends
Thesis event information
Date and time of the thesis defence
Place of the thesis defence
Auditorium F202, Kontinkangas campus, remote link: https://oulu.zoom.us/j/68577102951?pwd=RzNNeTZLMEs2NWROYndGTXAxNDlCZz09
Topic of the dissertation
Design Aspects of MillimeterWave Multiband Front-Ends
Doctoral candidate
Master of Science Rana Azhar Shaheen
Faculty and unit
University of Oulu Graduate School, Faculty of Information Technology and Electrical Engineering, Center for Wireless Communication - Radio technologies
Subject of study
Communication Engineering
Opponent
Associate Professor Markus Törmänen, Lund University
Custos
Professor Aarno Pärssinen, University of Oulu
Design aspects of millimeter wave multiband front-ends
The fifth generation (5G) mobile communication systems are being developed at many operational frequencies including range of 24-29 GHz. This operational frequency is five times higher than what the commonly used cellular communication systems are operating. As the operational frequency increases, the level of complexity of electronic circuit design also increases remarkably. In this research, author has studied various layout dependent effects and their appropriate modelling for silicon based integrated solutions. Accurate modelling of the silicon devices is the base line towards bigger and more complex systems.
The key findings presented in this thesis are targeted primarily for 5G millimeter wave systems. A general guideline or a way of working is presented in this research indicating different types of modelling procedures during a design flow and verified with experiments. Methods and design techniques proposed in this thesis will assist the seamless processes in the development of future silicon-based mobile communication systems.
The key findings presented in this thesis are targeted primarily for 5G millimeter wave systems. A general guideline or a way of working is presented in this research indicating different types of modelling procedures during a design flow and verified with experiments. Methods and design techniques proposed in this thesis will assist the seamless processes in the development of future silicon-based mobile communication systems.
Last updated: 1.3.2023