Analog Microelectronics
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Contains - 8 lectures, 510 slides, 4 hours audio, 1-month access time
This course covers basic concepts, techniques and analysis skills used for Discrete-Circuit Transistor Amplifiers. Topics covered include: Discrete-Circuit Biasing Techniques, BJT CE, CC, and CB Amplifier as well as the MOSFET counterparts. English slides with Chinese Mandarin audio.
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Contains - 12 lectures, 730 slides, 9 hours audio, 1-month access time
This course covers basic concepts, advanced practices and simulation skills used for Frequency Response. Topics covered include: Time-Constant Method, Low-Frequency and High-Frequency Analysis of Amplifiers and three advanced special topics. Includes e-Textbook and online quiz. English slides with Chinese Mandarin audio.
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This course covers basic theory, concepts, and practices used for a Feedback Circuit. Topics covered include: Feedback Structure and Four Feedback Topologies, such as Series-Shunt, Shunt-Series, Series-Series, and Shunt-Shunt.
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This course covers basic concepts, theories, practices and intuitive analysis skills used for Filters. Topics covered include: GIC-Based, TIL-Based, and Switched-Capacitor Filters.
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This course covers basic concepts, theories, practices and analysis skills used for Oscillators. Topics covered include: Sinusoidal Oscillators, LC and Crystal Oscillators.
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Contains - 11 lectures, 698 slides, 7 hours audio, 1-month access time
This course covers basic concepts, theories, practices and analysis skills used for Multivibrators/Function Generators. Topics covered include: Bistable, Astable and Monostable Multivibrators, and Function Generators, such as Square Wave, Triangular Wave, and Pulse Generators. Includes e-Textbook and online quiz. English slides with Chinese Mandarin audio.
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