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Introduction to Electronics Tai-Cheng Lee Electrical Engineering/GIEE, NTU

Introduction to Electronics Tai-Cheng Lee Electrical Engineering/GIEE, NTU. Microelectronics. Instructor: 李泰成 (tlee@cc.ee.ntu.edu.tw) Office: EE-II 445 Temp Web: http://everest1.ee.ntu.edu.tw TA :TBD Textbook: Sedra/Smith Microelectronic Circuits 5/e. Signals.

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Introduction to Electronics Tai-Cheng Lee Electrical Engineering/GIEE, NTU

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  1. Introduction to Electronics Tai-Cheng Lee Electrical Engineering/GIEE, NTU

  2. Microelectronics • Instructor: 李泰成 (tlee@cc.ee.ntu.edu.tw) • Office: EE-II 445 • Temp Web: • http://everest1.ee.ntu.edu.tw • TA :TBD • Textbook: Sedra/SmithMicroelectronic Circuits 5/e

  3. Signals • 1.1 What is signal?

  4. Equivalent Circuits • Two types of equivalent circuits:

  5. Frequency Spectrum 1.2 Frequency Spectrum

  6. Frequency Spectrum Fourier Expansion / Transform

  7. Analog/Digital Signals • Analog/digital signals

  8. Amplifiers-(1) • 1.4 Amplifiers

  9. Amplifiers-(2) • Amplifiers gain definition

  10. Amplifiers-(3) • Power dissipation • Saturation

  11. Amplifiers-(4) • Nonlinear characteristics and bias

  12. Amplifiers-(5) • Symbols for AC and DC

  13. Circuit Models for Amplifiers-(1) • Voltage amplifier

  14. Circuit Models for Amplifiers-(2) • Voltage cascade amplifier

  15. Circuit Models for Amplifiers-(3) • Other types of amplifiers (transconductance amplifier)

  16. Circuit Models for Amplifiers-(4) • Other types of amplifiers (current and transresistance amplifier)

  17. Frequency Response-(1) Finite frequency response

  18. Frequency Response-(2) • Single-time-constant network (STC)

  19. Frequency Response-(3) • Classification of amplifiers

  20. Inverters-(1) • Digital logic inverter

  21. Inverters-(2) • Ideal VTC

  22. Inverters-(3) • Implementation

  23. Inverters-(4) • Transient • Delay definition

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