Udemy – Undergraduate course on semiconductor device Physics-II 2021-11

Udemy – Undergraduate course on semiconductor device Physics-II 2021-11 Downloadly IRSpace

Aug 16, 2025 - 07:18 Updated: Aug 17, 2025 - 19:56

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Udemy – Undergraduate course on semiconductor device Physics-II 2021-11

Undergraduate course on semiconductor device Physics-II is a course for a deeper understanding of the physical principles governing modern semiconductor devices published by Udemy Online Academy. The Undergraduate course on semiconductor device physics-II is an advanced-level academic course designed for engineering students seeking a deeper understanding of the physical principles governing modern semiconductor devices. Building on the foundational knowledge gained in the first part of this series, this course explores complex device behavior, modeling techniques, and performance analysis critical to electronics, VLSI, and nanoelectronics careers. The course covers advanced concepts such as recombination and carrier generation mechanisms, continuity equations, high-level injection, and quasi-Formian surfaces.

It is essential for any electronics student to understand the phenomena of charge carrier transport, drift current, diffusion current, energy band theory of semiconductors, electron-hole pairs (EHPs), junction formation in a diode, and the extension of device physics to three-terminal devices such as BJTs and MOSFETs. Emphasis is placed on understanding current-voltage characteristics, small-signal models, capacitive behavior, and transient response of devices. The course also covers device simulation techniques, band-graph analysis, and real-world applications in integrated circuit design. By linking theory with practical insights, students gain the analytical tools necessary to solve complex semiconductor problems and build a solid foundation for research or industrial roles in semiconductor physics and device engineering.