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Designing Embedded Hardware - John Catsoulis
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Designing Embedded Hardware

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2022-02-24 00:54:29
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  • Designing Embedded Hardware
    • Preface
      • Organization of This Book
      • Using Code Examples
      • Conventions
      • Safari® Enabled
      • How to Contact Us
      • Acknowledgments
    • 1. An Introduction to Computer Architecture
      • 1.2. Memory
      • 1.3. Input/Output
      • 1.4. DMA
      • 1.5. Embedded Computer Architecture
    • 2. Assembly Language
      • 2.2. Machine Code
      • 2.3. Signed Numbers
      • 2.4. Addressing Modes
      • 2.5. Coding in Assembly
      • 2.6. Disassembly
      • 2.7. Position-Independent Code
      • 2.8. Loops
      • 2.9. Masking
      • 2.10. Indexed Addressing
      • 2.11. Stacks
      • 2.12. Timing of Instructions
    • 3. Forth/Open Firmware
      • 3.2. String Words
      • 3.3. Stack Manipulation
      • 3.4. Creating New Words
      • 3.5. Comments
      • 3.6. if ... else
      • 3.7. Loops
      • 3.8. Data Structures
      • 3.9. Interacting with Hardware and Memory
      • 3.10. Forth Programming Guidelines
    • 4. Electronics 101
      • 4.2. Analog Signals
      • 4.3. Power
      • 4.4. Reading Schematics
      • 4.5. Resistors
      • 4.6. Capacitors
      • 4.7. RC Circuits
      • 4.8. Inductors
      • 4.9. Transformers
      • 4.10. Diodes
      • 4.11. Crystals
      • 4.12. Digital Signals
      • 4.13. Electrical Characteristics
      • 4.14. Logic Gates
      • 4.15. The Importance of Reading the Datasheet
    • 5. Power Sources
      • 5.2. Batteries
      • 5.3. Low Power Design
      • 5.4. Regulators
      • 5.5. LM78xx Regulators
      • 5.6. MAX603/MAX604 Regulators
      • 5.7. MAX1615 Regulator
      • 5.8. MAX724 Regulator
      • 5.9. Electrical Noise and Interference
    • 6. Building Hardware
      • 6.2. Soldering
      • 6.3. Quick Construction
      • 6.4. Printed-Circuit Boards
      • 6.5. Building It
      • 6.6. JTAG
    • 7. Adding Peripherals Using SPI
    • 8. Adding Peripherals Using I2C
      • 8.2. Adding a Real-Time Clock with I2C
      • 8.3. Adding a Small Display with I2C
    • 9. Serial Ports
      • 9.2. Error Detection
      • 9.3. Old Faithful: RS-232C
      • 9.4. RS-422
      • 9.5. RS-485
    • 10. IrDA
    • 11. USB
      • 11.2. USB Packets
      • 11.3. Physical Interface
      • 11.4. Implementing a USB Interface
    • 12. Networks
      • 12.2. Ethernet
    • 13. Analog
      • 13.2. Analog to Digital Conversion
      • 13.3. Interfacing an External ADC
      • 13.4. Temperature Sensor
      • 13.5. Light Sensor
      • 13.6. Accelerometer
      • 13.7. Pressure Sensors
      • 13.8. Magnetic-Field Sensor
      • 13.9. Digital to Analog Conversion
      • 13.10. PWM
      • 13.11. Motor Control
      • 13.12. Switching Big Loads
    • 14. The PIC Microcontrollers
      • 14.2. Starting Simple
      • 14.3. A Bigger PIC
      • 14.4. PIC-Based Environmental Datalogger
      • 14.5. Motor Control with a PIC
    • 15. The AVR Microcontrollers
      • 15.2. The ATtiny15 Processor
      • 15.3. Downloading Code
      • 15.4. A Bigger AVR
      • 15.5. AVR-Based Datalogger
      • 15.6. Bus Interfacing
    • 16. 68HC11
      • 16.2. A Simple 68HC11-Based Computer
    • 17. MAXQ
      • 17.2. Schematics
    • 18. 68000-Series Computers
      • 18.2. A Simple 68000-Based Computer
    • 19. DSP-Based Controllers
      • 19.2. A DSP56805-Based Computer
      • 19.3. JTAG
    • Index
    • About the Author
    • Colophon
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