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Learn the fundamental principles of transistor operation through this comprehensive 12-hour course that explores how modern nanotransistors function as the backbone of electronic systems. Gain a sound, physical, and intuitive understanding of transistor physics, starting with basic semiconductor concepts and progressing to advanced nanotransistor theory. Master essential topics including device metrics for digital and analog circuits, traditional MOSFET theory, the virtual source model, and 1D and 2D electrostatics. Explore the Landauer/transmission approach to nanotransistors and understand the physical limits of MOSFET technology. Examine MOS electrostatics through energy band diagrams, depletion approximation, and mobile charge relationships. Discover transmission theory applications to ballistic MOSFETs and velocity analysis at virtual sources. Study additional transistor types including HEMTs (High Electron Mobility Transistors), bipolar transistors, and power MOSFETs. Analyze compact circuit models and their practical applications in both digital logic and analog/RF circuits. Access practical knowledge through measured IV data analysis and real-world technology considerations that bridge theoretical concepts with engineering applications.
