Microelectronics
1st Edition
Published on 15. December 1999
Book
Hardback
370 pages
978-0-8493-0050-9 (ISBN)
Description
Advances In recent decades have created virtually free computing power, available to a great cross-section of society. This has lead to a rocketing demand for microelectronics in all sectors of consumer, industrial, and military markets. To keep pace, the engineers need a resource that provides broad, fundamental knowledge of the field's myriad technologies and applications.
Microelectronics is that resource. Offering information in a concise, easy-to-read format, it presents the fundamentals of microelectronics, a summary of the current state of electronics, and the innovative directions it is taking. Contributions from top experts provide an understanding of the technologies shaping the microelectronics industry and how these technologies affect the end-use of microelectronic devices.
Microelectronics offers a convenient and complete reference to microelectronics applications. It instills a sense of the future of microelectronics technology and the likely growth in its applications. It is a "must-have" for engineers in this quickly changing, consumer-driven field.
Microelectronics is that resource. Offering information in a concise, easy-to-read format, it presents the fundamentals of microelectronics, a summary of the current state of electronics, and the innovative directions it is taking. Contributions from top experts provide an understanding of the technologies shaping the microelectronics industry and how these technologies affect the end-use of microelectronic devices.
Microelectronics offers a convenient and complete reference to microelectronics applications. It instills a sense of the future of microelectronics technology and the likely growth in its applications. It is a "must-have" for engineers in this quickly changing, consumer-driven field.
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Jerry C. Whitaker
Microelectronics
Book
11/2005
2nd Edition
CRC Press
€229.70
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Whitaker; Jerry C. Technical Press, Morgan Hill, California, USA,
Content
Introduction
Integrated Circuits
Introduction.
High-Speed Design Techniques
VLSI Devices
Integrated Circuit Design
Introduction
Overview of the IC Design Process
General Considerations in IC Design
Design of Small-Scale and Medium-Scale Integrated Circuits
LSI and VSLI Circuit Design
Increasing Packing Density and Reducing Power Dissipation in MOS Circuits
Gate Arrays
Standard Cells
Programmable Logic Devices
Reducing Propagation Delays
Output Buffers
Digital Logic Families
Introduction
Transistor-Transistor Logic
CMOS Logic
Emitter -Coupled Logic
Programmable Logic
Memory Devices
Introduction
Memory Organization
Memory Device Types
Interfacing Memory Devices
Error Detection and Correction
Conclusion
Microprocessors
Introduction
Architecture Basics
D/A and A/D Converters
Introduction
D/A and A/D Circuits
Application-Specific Integrated Circuits
Introduction
Full Custom ASICs
Semicustom ASICs
An ASIC Design Environment
Digital Filters
Introduction
FIR Filters
Infinite Impulse Response (IIR) Filters
Finite Wordlength Effects
Multichip Module Technology
Introduction
Multichip Module Technology Definitions
Design, Repair, and Test
When to Use Multichip Modules
Issues in the Design of Multichip Modules
Conclusions and the Future
Software Development Tools for Field Programmable Gate Array Devices
Introduction
Design Entry
Hardware Description Languages (HDLs) and Logic Synthesis
Design Portability and Reuse
Mixed-Mode Design Entry
Implementation Tools
Design Validation
Integrated Circuit Packages
Introduction
Surface Mount Packages
Chip-Scale Packaging
Bare Die
Through-Hole Packages
Module Assemblies
Testing of Integrated Circuits
Introduction
Defect Types
Concepts of Test
Test Tradeoffs
Integrated Circuits
Introduction.
High-Speed Design Techniques
VLSI Devices
Integrated Circuit Design
Introduction
Overview of the IC Design Process
General Considerations in IC Design
Design of Small-Scale and Medium-Scale Integrated Circuits
LSI and VSLI Circuit Design
Increasing Packing Density and Reducing Power Dissipation in MOS Circuits
Gate Arrays
Standard Cells
Programmable Logic Devices
Reducing Propagation Delays
Output Buffers
Digital Logic Families
Introduction
Transistor-Transistor Logic
CMOS Logic
Emitter -Coupled Logic
Programmable Logic
Memory Devices
Introduction
Memory Organization
Memory Device Types
Interfacing Memory Devices
Error Detection and Correction
Conclusion
Microprocessors
Introduction
Architecture Basics
D/A and A/D Converters
Introduction
D/A and A/D Circuits
Application-Specific Integrated Circuits
Introduction
Full Custom ASICs
Semicustom ASICs
An ASIC Design Environment
Digital Filters
Introduction
FIR Filters
Infinite Impulse Response (IIR) Filters
Finite Wordlength Effects
Multichip Module Technology
Introduction
Multichip Module Technology Definitions
Design, Repair, and Test
When to Use Multichip Modules
Issues in the Design of Multichip Modules
Conclusions and the Future
Software Development Tools for Field Programmable Gate Array Devices
Introduction
Design Entry
Hardware Description Languages (HDLs) and Logic Synthesis
Design Portability and Reuse
Mixed-Mode Design Entry
Implementation Tools
Design Validation
Integrated Circuit Packages
Introduction
Surface Mount Packages
Chip-Scale Packaging
Bare Die
Through-Hole Packages
Module Assemblies
Testing of Integrated Circuits
Introduction
Defect Types
Concepts of Test
Test Tradeoffs