General aspects of circuit analysis and design
著者
書誌事項
General aspects of circuit analysis and design
（Advances in CAD for VLSI, v. 3 . Circuit analysis,
North-Holland , Sole distributors for the U.S.A. and Canada, Elsevier Science Pub. Co., 1986
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注記
Includes indexes
内容説明・目次
- 巻冊次
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: set ISBN 9780444878908
内容説明
This book covers algorithmic aspects of computer aided circuit design for VLSI of large circuits. The large scale aspect of VLSI requires a reorientation towards new and more efficient techniques. Many algorithms have survived the test of time, while others are suffering from the usual problem of polynominal or exponential running time complexity and storage requirements. The approaches presented in this book are techniques which were developed in response to the VLSI problems. The most recent exact'' circuit analysis and simulation techniques are presented, such as waveform relaxation and timing simulation. The book concentrates on the analysis and simulation of large circuits which exceed the capabilities of general purpose analyzers in both compute time and storage. Also discussed are circuit models for switch level simulation, techniques and circuit models for interconnections, capacitance and inductances and optimization techniques.
The language and notation have been kept uniform throughout the book to help the reader to maintain the continuity between the topics discussed in the different chapters. All algorithms are written in a Pascal style. The terminology used should reflect the emerging language used in most of the VLSI circuit design community. The book includes proven approaches as well as techniques which are presently in a research state.
- 巻冊次
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ISBN 9780444878939
内容説明
In this first part of Volume 3 in the series Advances in CAD for VLSI, circuit analysis, simulation and design are analyzed and discussed at the detailed transistor level. The algorithms and programs involved in VLSI design are now undergoing major change, helping to improve the productivity of CAD tools. With the large scale aspect of VLSI now requiring a reorientation towards new and more efficient techniques, a re-evaluation of the relative success of various algorithms has proven necessary. The book concentrates on these latest developments and techniques in circuit analysis algorithms, which comprise approaches used in general purpose programs like SPICE and ASTAP. The majority of techniques introduced are now being implemented in VLSI CAD tools, with experimental methods currently in the research stage also receiving attention. All examples are written in Pascal style, and the notation has been kept uniform throughout. All authors have extensive experience in their respective subject areas.
目次
1. Circuit Description (G.L.J.M. Janssen). 2. Formulation of Circuit Equations (K. Singhal and J. Vlach). 3. CAD Models for Devices. 3.1. Current Modeling for MOSFET (H.I. Hanafi). 3.2. Capacitance Modeling for MOSFET (P. Yang). 3.3. Bipolar Transistor Models for CAD (F.Y. Chang). 3.4. GaAs FET Models (M. Shur). 3.5. Computer-Simulation Models for Digital Josephson Devices and Circuits (H. Jackel and W. Bachtold). 4. Solution of a Set of Nonlinear Algebraic Equations for General Purpose CAD Programs (D.A. Zein). 5. Integration Methods for the Solution of Circuit Equations (W. Liniger, F. Odeh and A. Ruehli). 6. Sparse Matrix Techniques (K.S. Kundert). Author & Subject Indexes.
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