Semi-custom IC Design and VLSI
The contents of this book were first presented as a series of lectures at the first IEE Vacation School on Semi-Custom IC Design and VLSI held at the Universityof Edinburgh on 4-8 July 1983. The earlier chapters provide an introduction to silicon IC technology and include descriptions of the various processing techniques employed in the manufacture of microelectronic components. Different types of semi-custom IC are then reviewed and the factors that have to be considered in choosing a semi-custom technique are examined in detail. Logic design is next presented as an activity that is best carried out at a higher level of abstraction than the customary/logic gate level by using the algorithmic state machine (ASM) method. In the sections that follow, computer aids to design and design automation tools are introduced as essential requirements for the rapid and error-free design of semicustom ICs. Testing strategies and the need to design for testability are also covered in some detail.

Although a heavy emphasis is placed on the design of semi-custom ICs, consideration is also given to the ways in which custom VLSI circuits will be designed in future. The merits of the programmable logic array (PLA) as a VLSI building-block are put forward, and the silicon compiler is presented as possibly the ultimate 'semi-custom' technique.

The authors who have contributed to this volume are specialists in their field who can claim many years of experience either in the microelectronics industry or in universities throughout the UK.

1003477760
Semi-custom IC Design and VLSI
The contents of this book were first presented as a series of lectures at the first IEE Vacation School on Semi-Custom IC Design and VLSI held at the Universityof Edinburgh on 4-8 July 1983. The earlier chapters provide an introduction to silicon IC technology and include descriptions of the various processing techniques employed in the manufacture of microelectronic components. Different types of semi-custom IC are then reviewed and the factors that have to be considered in choosing a semi-custom technique are examined in detail. Logic design is next presented as an activity that is best carried out at a higher level of abstraction than the customary/logic gate level by using the algorithmic state machine (ASM) method. In the sections that follow, computer aids to design and design automation tools are introduced as essential requirements for the rapid and error-free design of semicustom ICs. Testing strategies and the need to design for testability are also covered in some detail.

Although a heavy emphasis is placed on the design of semi-custom ICs, consideration is also given to the ways in which custom VLSI circuits will be designed in future. The merits of the programmable logic array (PLA) as a VLSI building-block are put forward, and the silicon compiler is presented as possibly the ultimate 'semi-custom' technique.

The authors who have contributed to this volume are specialists in their field who can claim many years of experience either in the microelectronics industry or in universities throughout the UK.

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Semi-custom IC Design and VLSI

Semi-custom IC Design and VLSI

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Semi-custom IC Design and VLSI

Semi-custom IC Design and VLSI

Overview

The contents of this book were first presented as a series of lectures at the first IEE Vacation School on Semi-Custom IC Design and VLSI held at the Universityof Edinburgh on 4-8 July 1983. The earlier chapters provide an introduction to silicon IC technology and include descriptions of the various processing techniques employed in the manufacture of microelectronic components. Different types of semi-custom IC are then reviewed and the factors that have to be considered in choosing a semi-custom technique are examined in detail. Logic design is next presented as an activity that is best carried out at a higher level of abstraction than the customary/logic gate level by using the algorithmic state machine (ASM) method. In the sections that follow, computer aids to design and design automation tools are introduced as essential requirements for the rapid and error-free design of semicustom ICs. Testing strategies and the need to design for testability are also covered in some detail.

Although a heavy emphasis is placed on the design of semi-custom ICs, consideration is also given to the ways in which custom VLSI circuits will be designed in future. The merits of the programmable logic array (PLA) as a VLSI building-block are put forward, and the silicon compiler is presented as possibly the ultimate 'semi-custom' technique.

The authors who have contributed to this volume are specialists in their field who can claim many years of experience either in the microelectronics industry or in universities throughout the UK.

Product Details

ISBN-13: 9780863410116
Publisher: The Institution of Engineering and Technology
Publication date: 06/30/1983
Series: Computing and Networks
Pages: 232
Product dimensions: 6.14(w) x 9.21(h) x (d)

About the Author

Peter Hicks is a lecturer in the Department of Electrical Engineering and Electronics at UMIST where he has been engaged in teaching and research into the design and application of microelectronic components since 1978. Before that he worked for six years in the Physics Department at the Universityof Manchester researching into detector systems and instrumentation techniques for scientific analytical instruments. His current research interests include VLSI and semi-custom design methodologies and the design of digital systems for image processing. As the Course Organiser of a Masters degree course on Integrated Circuit System Design at UMIST he has been responsible for introducing the teaching of full-custom and semi-custom IC design into the postgraduate curriculum.

A Member of the IEEE and also the Institute of Physics, he received his B.Sc. in Physics and Electronic Engineering from Manchester in 1969 and the degree of Ph.D. from the same Universityin 1973.

Table of Contents

  • Chapter 1: Introduction
  • Chapter 2: Introduction to silicon fabrication
  • Chapter 3: Review of bipolar and MOS technologies
  • Chapter 4: Structure of semi-custom integrated circuits
  • Chapter 5: Selection of semi-custom techniques, supplier and design route
  • Chapter 6: Circuit design techniques
  • Chapter 7: Logic design with emphasis on ASM method
  • Chapter 8: The programmable logic array: implementation and methodology
  • Chapter 9: PLA and ROM based design
  • Chapter 10: CAD and design automation
  • Chapter 11: A review of simulation techniques
  • Chapter 12: Partitioning, placement and automated layout
  • Chapter 13: Design for testability
  • Chapter 14: Silicon compilers and VLSI
  • Chapter 15: Practical aspects of semi-custom design
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