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Digital Integrated
Circuits
Second Edition
Jan
M. Rabaey, Anantha
Chandrakasan, and
Borivoje Nikolicī
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Problems and Exercises
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IMPORTANT
INFORMATION:
Permission is granted to copy and distribute this material for educational purposes only, provided that the complete bibliographic citation and following credit line is included: "Copyright
2002 J. Rabaey et al." This material may not be copied or distributed for commercial purposes without express written permission of the copyright
holders.
Acknowledgement: The following people have been (and are)
instrumental in the creation of the exciting problems you find below, and
- as important- concocting solutions for them. We really appreciate their
help.
Tufan Karalar and Dejan
Markovic (UC Berkeley), Benton Calhoun, David
Wentzloff, Fred Lee, Puneet
Newaskar, Raul Blazquez-Fernandez, Alex
Kern, Julia Cline, Theodoros
Konstantakopoulos, James Goodman (MIT)
Click on the corresponding header to download the exercises covering the different chapters.
New problems will be added on a regular basis. So check the update date
marked next to the chapter. While solving exercises that require the use
of SPICE you can use the models provided in the models
page.
- Chapter
1: Introduction
(pdf) - 01/29/03
- Chapter
2: The Manufacturing Process
(pdf) - Not yet available
- Chapter 3: The Devices
(pdf)
- 09/01/02
- Chapter 4: The
Wire (pdf) -
01/29/03
- Chapter 5: The
CMOS inverter (pdf) -
Last updated 2/5/03
- Chapter
6: Designing Combinational Logic Gates in CMOS
(pdf) - 10/31/02
- Chapter
7: Sequential Circuits (pdf) -
10/30/03
- Chapter
8: Designing Complex Digital Integrated Circuits (pdf) - Not yet available
- Chapter
9: Coping with Interconnect (pdf) - Not yet available
- Chapter
10: Timing Issues in Digital Circuits (pdf) -
01/21/03
- Chapter
11: Designing Arithmetic Building (pdf) -
09/30/03
- Chapter
12: Designing Memory and Array Structures (pdf) -
10/30/03
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