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Microelectronic Circuits : Analysis and Design

Author(s): Muhammad H Rashid

ISBN: 9788131516836

2nd Edition

Copyright: 2012

India Release: 2012

₹850

Binding: Paperback

Pages: 1328

Trim Size: 254 x 203 mm

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MICROELECTRONIC CIRCUITS: ANALYSIS AND DESIGN combines a breadth-first approach to teaching electronics with a focus on design and simulation. Professor Rashid covers general circuit characteristics, detailed study of devices and circuits, and IC operation. The text is adaptable to one- or two-term courses, providing a systems perspective and addressing real-world design problems using PSpice. Over 50% of the problems and examples in the text concentrate on design, utilizing extensive PSpice application.

  • New chapters on MOSFETs and amplifiers, Semiconductors and PN Junctions.
  • Increased focus on MOSFETs and active biasing techniques.
  • Power amplifiers content revised to include MOSFET circuits with class C, D, and E amplifiers.
  • Complete revision of the chapter on BJTs.
  • Integrated PSpice/OrCad software for analysis and design verifications.
  • MathCAD files for calculations and exploration of design parameters.
  • Design examples, design problems, and guidelines for circuit design.
  • Introduction to PSpice for testing and verification of circuit designs.
  • The “Breadth-first" approach introduces electronics at the circuit level before the device level.
  • Worked examples, figures, and computer-aided analysis using PSpice.
  • Student learning outcomes and key points for easy comprehension.
  • Design integration and PSpice simulation for effective learning.
  • Top-down approach for one- or two-term electronics courses.

1. Introduction to electronics and design               

2. Introduction to amplifiers and frequency response

3. Introduction to operational amplifiers and applications

4. Semiconductor diodes

5. Applications of diodes

6. Semiconductors and PN junction characteristics

7. Metal oxide semiconductor field-effect transistors

8. Bipolar junction transistors and amplifiers        

9. Differential amplifiers

10. Feedback amplifiers 

11. Power amplifiers

12. Active filters

13. Oscillators

14. Operational amplifiers

15. Introduction to digital electronics

16. Integrated analog circuits and applications

Appendix A: Introduction to OrCAD

Appendix B: Review of basic circuits

Appendix C: Low frequency hybrid bjt model

Appendix D: Ebers-moll model of bipolar junction transistors

Appendix E: Passive components

Appendix F: Design problems

Muhammad H. Rashid: University of West Florida

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