The course aims to provide the fundamental knowledge related to the use of semiconductor devices in CMOS and Bipolar technology in analog and digital circuits and on the related analysis and design methods. The student will be able to understand and analyze simple circuit configurations and to identify the most appropriate types of device and circuit configuration for solving elementary design problems. During the course numerical exercises are planned aimed at consolidating the topics covered during the lectures. Laboratory hours will also be provided in order to reinforce the theoretical concepts and provide an introduction to computer aided design and experimental characterization.
The course includes lectures, numerical exercises, the simulator (CAD) and experimental characterization experiences, aimed at putting into practice, developing and consolidating the theoretical contents and the analysis and design techniques studied. Seminars will be organized by researchers and designers from companies operating in the microelectronics sector to provide an overview of the state of the art.
1. Jaeger-Blalock, Microelettronica Ed. Mc-Graw-Hill, V Edizione.
2. Sedra - Smith, Circuiti per la Microelettronica, EDISES 2013.
3. Millman-Grabel-Terreni, Elettronica di Millman, Ed. Mc-Graw-Hill 2008.
4. Giustolisi-Palumbo, Introduzione ai dispositivi elettronici, Franco Angeli, 2005.
5. Manuale SPICE