Analog integrated circuit design solution manual pdf

DAVID JOHNS and KEN MARTIN , Univ. of Toronto
ISBN: 0-471-14448-7, 706 Pages, Cloth, 1997

To Order Individual or Sample Copies:

In Canada, call 1-800-567-4797
In the USA, call 1-800-225-5945

Description:

This book is intended for use as a senior or graduate level textbook and as a reference for practicing engineers.

For classroom use, the chapters have intentially been made mostly independent so that some chapters can be covered while others are skipped. Such flexibility is essential in presenting textbooks for the later years of study.

For reference use, this book is intended to rapidly increase a practicing engineer's knowledge of modern analog circuit design. Much of the material was originally taught and refined, over many years, in popular industrial short courses. For this audience, the most important design considerations have been highlighted and modern design examples are included throughout.

Features:

• Emphasizes CMOS analog circuit design rather than bipolar design.

Supplements:

• Solutions Manual
  Complete worked out solutions to problems available below:
• Solutions_01.pdf
• Solutions_02.pdf
• Solutions_03.pdf
• Solutions_04.pdf
• Solutions_05.pdf
• Solutions_06.pdf
• Solutions_07.pdf
• Solutions_08.pdf
• Solutions_09.pdf
• Solutions_10.pdf
• Solutions_11.pdf
• Solutions_12.pdf
• Solutions_13.pdf
• Solutions_14.pdf
• Solutions_15.pdf
• Solutions_16.pdf

Table of Contents

1. Integrated Circuit Devices and Modelling
2. Processing and Layout
3. Basic Current Mirrors and Single-Stage Amplifiers
4. Noise Analysis and Modelling
5. Basic Opamp Design and Compensation
6. Advanced Current Mirrors and Opamps
7. Comparators
8. Sample and Holds, Voltage References, and Translinear Circuits
9. Discrete-Time Signals
10. Switched-Capacitor Circuits
11. Data Converter Fundamentals
12. Nyquist-Rate D/A Converters
13. Nyquist-Rate A/D Converters
14. Oversampling Converters
15. Continuous-Time Filters
16. Phase-Locked Loops