- Cover image
- Title page
- Table of Contents
- Dedication
- Copyright
- Preface
- Introduction
- Chapter 1. The Systems Approach to Control and Instrumentation
- Chapter 2. Discrete Time Systems Theory
- Chapter 3. Electronics Fundamentals
- Chapter 4. Microcomputer Instrumentation and Control
- Microcomputer Fundamentals
- Microcomputer Tasks
- Microcomputer Operations
- CPU Registers
- Reading Instructions
- Example Use of a Microcomputer
- Programming Languages
- Microcomputer Hardware
- Microcomputer Applications in Automotive Systems
- Instrumentation Applications of Microcomputers
- Microcomputers in Control Systems
- Chapter 5. The Basics of Electronic Engine Control
- Motivation for Electronic Engine Control
- Exhaust Emissions
- Fuel Economy
- Federal Government Test Procedures
- Concept of an Electronic Engine Control System
- Definition of Engine Performance Terms
- Exhaust Catalytic Converters
- Electronic Fuel-Control System
- Analysis of Intake Manifold Pressure
- Idle Speed Control
- Electronic Ignition
- Chapter 6. Sensors and Actuators
- Chapter 7. Digital Powertrain Control Systems
- Chapter 8. Vehicle-Motion Controls
- Chapter 9. Automotive Instrumentation and Telematics
- Modern Automotive Instrumentation
- Input and Output Signal Conversion
- Advantages of Computer-Based Instrumentation
- Display Devices
- LED
- LCD
- VFD
- Fuel Quantity Measurement
- Coolant Temperature Measurement
- Oil Pressure Measurement
- Vehicle Speed Measurement
- High-Speed Digital Communications (CAN)
- Trip Information Computer
- Telematics
- GPS Navigation
- The GPS System Structure
- Automotive Diagnostics
- Chapter 10. Diagnostics and Occupant Protection
- Glossary
- Quiz questions
- Index
Understanding Automotive Electronics
An Engineering Perspective
Seventh Edition
William B. Ribbens
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