Inside PC Card : CardBus and PCMCIA design / Faisal Imdad-Haque.

Format:

Book

Author/Creator:

Imdad-Haque, Faisal, 1960-

Series:

EDN series for design engineers.

EDN series for design engineers

Language:

English

Subjects (All):

PCMCIA cards (Microcomputers)--Design.

PCMCIA cards (Microcomputers).

Microcomputers--Buses.

Microcomputers.

Physical Description:

1 online resource (271 p.)

Other Title:

PC Card

Place of Publication:

Boston : Newnes, c1996.

Language Note:

English

Summary:

PC Card (or PCMCIA) technology allows computers to interface with each other using less space than conventional interfaces. Currently, most applications are in the personal computing market, to enhance peripheral capabilities. As the industry changes, the applications will grow outside of the PC arena, into areas such as medical instrumentation and digital cameras, where peripheral expansion was previously unavailable.One of the advantages of this book over others is that it does more than repeat standards or list suppliers. It actually describes and demonstrates design examples which

Contents:

Front Cover; INSIDE PC CARD: CardBus and PCMCIA Design; Copyright Page; TABLE OF CONTENTS; PREFACE; CHAPTER 1. PCMCIA OVERVIEW; 1.1 Introduction; 1.2 PCMCIA Background; 1.3 PC Card Technology; 1.4 Applications; 1.5 PCMCIA Products; 1.6 Types of Cards; 1.7 PC Card Standard; 1.8 PC Card Interface Bus; 1.9 PC Card Design Issues; 1.10 Scope of this Book; 1.11 Key Terms; CHAPTER 2. PC CARD: THE 16-BIT BUS; 2.1 Overview; 2.2 What Is a Bus?; 2.3 16-bit PC Card: An Overview; 2.4 16-bit PC Card Address Spaces; 2.5 Word or Byte Alignment in 16-bit PC Card; 2.6 Bus Signals; 2.7 Transfer Protocols

2.8 Electrical Characteristics of 16-bit PC Card2.9 Summary; CHAPTER 3. CARDBUS: THE 32-BIT BUS; 3.1 Overview; 3.2 Pin Assignment Table; 3.3 CardBus Pin Summary; 3.4 Cardbus Host Implementation Overview; 3.5 Cardbus Differences from PC Card; 3.6 Differences Between CardBus and PCI; 3.7 Address Spaces; 3.8 Command Definitions; 3.9 CardBus Transfer Protocols; 3.10 CardBus Read Cycle; 3.11 CardBus Bus Master Support; 3.12 Terminating a Cycle in Cardbus; 3.13 Interrupts; 3.14 Clock Management; 3.15 Error Detection; 3.16 Summary; CHAPTER 4. INSERTION AND CONFIGURATION ISSUES; 4.1 Overview

4.2 Insertion Issues4.3 Card Insertion Interface; 4.4 Configuration; 4.5 KeyTuples; 4.6 Supporting Multiple Tuple Chains; 4.7 Interpreting Tuples; 4.8 CIS Structure; 4.9 Sample CIS Parsing Routines; 4.10 Configuring 16-bit PC Card; 4.11 Configuring CardBus Cards; 4.12 Summary; CHAPTER 5. MULTIFUNCTION CARDS; 5.1 Overview; 5.2 16-bit Multifunction PC Cards; 5.3 Cardbus Multifunction PC Cards; CHAPTER 6. PCMCIA SOFTWARE: AN OVERVIEW; 6.1 Overview; 6.2 Socket Services: An Overview; 6.3 Card Services: An Overview; CHAPTER 7. PC CARD: THE MECHANICAL ISSUES; 7.1 Overview; 7.2 PC Card Dimensions

7.3 Host Connector7.4 PC Card Connector; 7.5 PC Card Frames; 7.6 PC Card Input-Output Connectors; 7.7 Height Analysis; CHAPTER 8. PC CARD HOST DESIGN; 8.1 Overview; 8.2 Basic Bridge Architecture; 8.3 Basic Design Issues for a PC Card Bridge; 8.4 Types of PC Card Hosts; 8.5 16-bit PC Card Host Interface; 8.6 CardBus Host Interface; 8.7 Embedded Systems Host Interface; CHAPTER 9. DESIGNING PCMCIA CARDS; 9.1 Overview; 9.2 16-bit PC Card Design; 9.3 16-bit Input-Output Card Design Example: Fax/Modem; 9.4 16-bit Memory Card Design Example; 9.5 Cardbus PC Card Design

9.6 Cardbus Master Card Design Example: LAN Card9.7 Test and Debug of PC Cards; 9.8 Summary; INDEX

Notes:

Includes index.

ISBN:

1-281-11244-5

9786611112448

0-08-053473-2

OCLC:

476126279