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Software and Hardware Engineering : Motorola M68HC12

carpenter.software
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Item specifics

Condition
Like New
A book that looks new but has been read. Cover has no visible wear, and the dust jacket (if applicable) is included for hard covers. No missing or damaged pages, no creases or tears, and no underlining/highlighting of text or writing in the margins. May be very minimal identifying marks on the inside cover. Very minimal wear and tear. See the seller’s listing for full details and description of any imperfections. See all condition definitionsopens in a new window or tab
Seller Notes
“A book that looks new but has been read. Cover has no visible wear, and the dust jacket (if ...
ISBN
9780195124699
Subject Area
Computers
Publication Name
Software and Hardware Engineering : Motorola M68hc12
Publisher
Oxford University Press, Incorporated
Item Length
7.4 in
Subject
Software Development & Engineering / General, Hardware / General, Hardware / Personal Computers / General
Publication Year
2000
Type
Textbook
Format
Trade Paperback
Language
English
Item Height
1.2 in
Author
Fredrick M. Cady, James Sibigtroth
Item Weight
31.7 Oz
Item Width
9.1 in
Number of Pages
592 Pages
Category

About this product

Product Identifiers

Publisher
Oxford University Press, Incorporated
ISBN-10
0195124693
ISBN-13
9780195124699
eBay Product ID (ePID)
208923

Product Key Features

Number of Pages
592 Pages
Language
English
Publication Name
Software and Hardware Engineering : Motorola M68hc12
Subject
Software Development & Engineering / General, Hardware / General, Hardware / Personal Computers / General
Publication Year
2000
Type
Textbook
Author
Fredrick M. Cady, James Sibigtroth
Subject Area
Computers
Format
Trade Paperback

Dimensions

Item Height
1.2 in
Item Weight
31.7 Oz
Item Length
7.4 in
Item Width
9.1 in

Additional Product Features

Intended Audience
College Audience
LCCN
99-035430
Dewey Edition
21
Reviews
1. Introduction 1.1. Introduction 1.2. Computers, Microprocessors, Microcomputers, Microcontrollers 1.3. Some Basic Definitions 1.4. Notation 1.5. Bibliography and Further Reading 1.6. References 2. Introduction to the M68HC12 Hardware 2.1. Chapter Pre-study Material 2.2. Introduction 2.3. The CPU, Registers 2.4. Background Debug Mode (BDM) 2.5. Memory Map 2.6. Addressing Modes 2.7. Reset 2.8. Conclusion and Chapter Summary Points 2.9. Bibliography and Further Reading 2.10. Problems 3. As Assembler Program 3.1. Assembly Language Example 3.2. M68HC12 CASM12 Assembler 3.3. Assembler Source Code Fields 3.4. Assembler Pseudo-operations and Directives 3.5. Assembler Output Files 3.6. Assembler Invocation 3.7. Assembler Errors 3.8. Chapter Summary Points 3.9. Problems 4. The M68HC12 Instruction Set 4.1. Introduction 4.2. M68HC12 Instruction Set Categories 4.3. M68HC12 Instruction and Operand Syntax 4.4. Load and Store Register Instructions 4.5. Transfer Register Instructions 4.6. Move Register Instructions 4.7. Decrement and Increment Instructions 4.8. Clear and Set Instructions 4.9. Shift and Rotate Instructions 4.10. Arithmetic Instructions 4.11. Logic nstructions 4.12. Data Test Instructions 4.13. Conditional Branch Instructions 4.14. Loop Primitive Instructions 4.15. Unconditional Jump and Branch Instructions 4.16. Condition Code Register Instructions 4.17. Interrupt Instructions 4.19. Miscellaneous Instructions 4.20. Chapter Summary Points 4.21. Bibliography and Further Reading 4.22. Problems 5. D-Bug12 Monitor and Debugger 5.1. M68HC12EVB D-bug Monitor 5.2. Monitor Commands 5.3. Monitor Utility Commands 5.4. D-Bug12 Monitor Interrupt Vector Initialization 5.5. Operating Hints for the D-Bug12 Monitor 5.6. Problems 6. Programs for the M68HC12 6.1. Assembly Language Programming Style 6.2. Structured Assembly Language Programming Style 6.3. Example Programs 6.4. Conclusions and Chapter Summary Points 6.5. Bibliography and Further Reading 6.6. Problems 7. M68HC12 Parallel I/O 7.1. Introduction 7.2. M68HC12A4 and M68HC12B32 7.3. Operating Modes 7.4. The Programmer's I/O Model 7.5. M68HC12 Parallel I/O ports 7.6. Data Direction Registers 7.7. Input and Output Pin Electronics 7.8. I/O Software 7.9. Hardware Handshaking I/O 7.10. Chapter Summary Points 7.11. Bibliography and Further Reading 7.12. Problems 8. M68HC12 Interrupts 8.1. Introduction 8.2. M68HC12 and M68HC11 Interrupt Comparison 8.3. The Interrupt Process 8.4. Interrupt Vectors 8.5. Interrupt Priorities 8.6. Nonmaskable Interrupts 8.7. External Interrupt Source 8.8 Interrupt Flags. 8.9. Internal Interrupt Sources 8.10. Advanced Interrupts 8.11. The Interrupt Service Routine 8.12. Conclusion and Chapter Summaries 8.13. Bibliography and Further Reading 8.14. Problems 9. M68HC12 Memories 9.1. Introduction 9.2. M68HC12 Memory Map 9.3. M68HC12 RAM 9.4. M68HC12 EEPROM 9.5. MC68HC912B32 Flash EEPROM 9.6. MC68HC12A4 Expansion Memory 9.7. Expanded-narrow and Expanded wide Memory Designs 9.8. Clock Stretch Bits 9.9. Conclusion and Chapter Summary Points 9.10. Bibliography and Further Reading 9.11. Problems 10. MC68HC12 Timer 10.1. Introduction 10.2. Basic Timer 10.3. Output Compare 10.4. Input Captuer 10.5. Pulse Accumulator 10.6. Plain and Fancy Timing 10.7. Real-time Interrupts 10.8. Timer Input and Output Electronics 10.9. External Interrupts Using Timer Interrupts 10.10. Clearing Timer Flags 10.11. MC68HC912B32 Pulse-width modulator 10.12. Conclusion and Chapter Summary Points 10.13. Problems 11. M68HC12 Serial I/O<br, "It appears (without actually using it) to be an excellent text for a software and hardware course. I also see its use as a reference text. My biggest concern is incorporating it as an auxiliary text in our existing course. It may be difficult to do the book justice."--Hewton Zimmer, U.S.Merchant Marine Academy, "It appears (without actually using it) to be an excellent text for asoftware and hardware course. I also see its use as a reference text. Mybiggest concern is incorporating it as an auxiliary text in our existing course.It may be difficult to do the book justice."--Hewton Zimmer, U.S. MerchantMarine Academy
Illustrated
Yes
Dewey Decimal
005.1
Synopsis
Software and Hardware Engineering: the Motorola M68HC12 is the second in a series of processor-specific texts designed to stand alone to be used in conjunction with Cady's Microcontrollers and Microcomputers (OUP 98) book. This two-text concept provides well-written text coverage of the general principles of software and hardware design. This accompanying processor-specific volume allows professors to choose a particular microcontroller for the course/lab work. This test will provide the beginning student with specific material and examples to apply the Motorola M68HC12 microcontroller in real-world application. It is written so that a student or engineer familiar with the Motorola M68HC11 will be able to easily assimilate the differences between it and the M68HC12. It is suitable for undergraduate students in electrical engineering., Ideal for use in microprocessor courses in engineering or computer science, Software and Hardware Engineering: Motorola M68HC12 provides an in-depth, hands-on introduction to the architecture and design of hardware and software for the Motorola M68HC12. Â- Gives students the tools to use the Motorola M68HC12 in real-world applications Â- Covers the hardware features of two versions of the M68HC12--the M68HC812A4 and the M68HC912B32 Â- Compares features common with the Motorola M68HC12's predecessor, the M68HC11 Â- Incorporates over 100 extensive programming examples Â- Features chapters on fuzzy logic, programming a fuzzy inference engine, and the Background Debug Module Â- Includes a detailed appendix covering the design of software for a debugging pod This text can be used with its companion volume, Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering (OUP, 1998), or with any other book that examines the general principles of microcomputer technology. It can also stand alone in a course devoted to the M68HC12. A world wide web site provides additional information including source files for all chapter examples: http: //www.coe.montana.edu/ee/cady/books/m68hc12.htm., Ideal for use in microprocessor courses in engineering or computer science, Software and Hardware Engineering: Motorola M68HC12 provides an in-depth, hands-on introduction to the architecture and design of hardware and software for the Motorola M68HC12. · Gives students the tools to use the Motorola M68HC12 in real-world applications · Covers the hardware features of two versions of the M68HC12--the M68HC812A4 and the M68HC912B32 · Compares features common with the Motorola M68HC12's predecessor, the M68HC11 · Incorporates over 100 extensive programming examples · Features chapters on fuzzy logic, programming a fuzzy inference engine, and the Background Debug Module · Includes a detailed appendix covering the design of software for a debugging pod This text can be used with its companion volume, Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering (OUP, 1998), or with any other book that examines the general principles of microcomputer technology. It can also stand alone in a course devoted to the M68HC12. A world wide web site provides additional information including source files for all chapter examples: http://www.coe.montana.edu/ee/cady/books/m68hc12.htm., Ideal for use in microprocessor courses in engineering or computer science, Software and Hardware Engineering: Motorola M68HC12 provides an in-depth, hands-on introduction to the architecture and design of hardware and software for the Motorola M68HC12. . Gives students the tools to use the Motorola M68HC12 in real-world applications . Covers the hardware features of two versions of the M68HC12--the M68HC812A4 and the M68HC912B32 . Compares features common with the Motorola M68HC12's predecessor, the M68HC11 . Incorporates over 100 extensive programming examples . Features chapters on fuzzy logic, programming a fuzzy inference engine, and the Background Debug Module . Includes a detailed appendix covering the design of software for a debugging pod This text can be used with its companion volume, Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering (OUP, 1998), or with any other book that examines the general principles of microcomputer technology. It can also stand alone in a course devoted to the M68HC12. A world wide web site provides additional information including source files for all chapter examples: http: //www.coe.montana.edu/ee/cady/books/m68hc12.htm.", Ideal for use in microprocessor courses in engineering or computer science, Software and Hardware Engineering: Motorola M68HC12 provides an in-depth, hands-on introduction to the architecture and design of hardware and software for the Motorola M68HC12. DT Gives students the tools to use the Motorola M68HC12 in real-world applications DT Covers the hardware features of two versions of the M68HC12--the M68HC812A4 and the M68HC912B32 DT Compares features common with the Motorola M68HC12's predecessor, the M68HC11 DT Incorporates over 100 extensive programming examples DT Features chapters on fuzzy logic, programming a fuzzy inference engine, and the Background Debug Module DT Includes a detailed appendix covering the design of software for a debugging pod This text can be used with its companion volume, Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering (OUP, 1998), or with any other book that examines the general principles of microcomputer technology. It can also stand alone in a course devoted to the M68HC12. A world wide web site provides additional information including source files for all chapter examples: http://www.coe.montana.edu/ee/cady/books/m68hc12.htm.
LC Classification Number
QA76.758.C32 2000

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