| Description
| This course offers a systematic and in-depth examination of semiconductor materials physics and device operation mechanisms. Beginning with fundamental concepts in quantum mechanics, the course introduces energy band theory and carrier transport phenomena. Core topics include P–N junctions, Schottky contacts, and MOSFET devices, with particular emphasis on short-channel effects and the challenges associated with next-generation nanoscale devices. By integrating theoretical principles with practical case studies, the course aims to develop students’ understanding of device operation mechanisms and their ability to analyze electrical characteristics, thereby bridging to advanced semiconductor technologies and applications.
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