Syllabus of Applied Electronics (I):

  • INTRODUCTION (概論與介紹)
  • BASIC PHYSICS OF SEMICONDUCTORS (半導體基礎物理)
  • DIODE MODELS AND CIRCUITS (二極體模型及電路)
  • PHYSICS OF BIPOLAR JUNCTION TRANSISTORS (BJT電晶體物理)
  • BJT AMPLIFIERS (BJT基本放大器)
  • PHYSICS OF MOS TRANSISTORS (MOSFET物理)
  • CMOS AMPLIFIERS (CMOS放大器)
  • OPERATIONAL AMPLIFIER

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    Syllabus of Applied Electronics (II):

    Tentative Syllabus of Applied Electronics (II)
    Week 1: Introduction of the course and related simulation program.
    Week 2: Review of BJT models and analysis of BJT basic amplifiers(I)
    Week 3: Analysis of BJT basic amplifiers(II) and design of a BJT amplifier (Home work: Design I)
    Week 4: Review of MOSFET models and analysis of basic MOSFET amplifiers (I)
    Week 5: Analysis of basic MOSFET amplifiers (II) (Home work: Design II)
    Week 6: Output stage and power amplifier (I)
    Week 7: Output stage and power amplifier (II); circuit design with OP (I)
    Week 8: circuit design with OP (II)
    Week 9: Review of design ideas; midterm examination
    Week 10: Cascode stages and current mirrors; Model of a BJT differential pair (Home work: Design III)
    Week 11: MOSFET differential amplifier
    Week 12: Active loading differential amplifier
    Week 13: Multistage amplifiers; Frequency response of an amplifier (I) (Home work: Design IV)
    Week 14: Frequency response of an amplifier (II)
    Week 15: Frequency response of an amplifier (III) (Home work: Design V)
    Week 16: Feedback (only an introduction)
    Week 17: Final report
    Week 18: Final examination
    The content may be subject to change due to the real situation in class.

     

    Text Book:"Microelectronics, 2nd ed." by B. Razavi, Wiley.

     

    Reference: Semiconductor Devices, Physics and Technology, by S. M. Sze, 1985, John Wiley &Sons

    The Art of Electronics, 2nd ed., by P. Horowitz & W. Hill

    "Microelectronic Circuits, 6 ed." by Sedra/Smith, Oxford University Press.

     

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