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Previous Chapter

Table of Contents

Chapter 1: Introduction

1.1 Interfacing Computers to the Physical World

1.2 Goals and Techniques

1.3 Varieties of Microprocessors

1.5 Resistive Circuits

1.6 Capacitive and Inductive Circuits

1.7 Circuit Analysis

1.8 Nonlinear and Active Devices

1.9 Design Methodologies and Tools

1.10 How to Read This Book

Chapter 2: Standard Interfaces

2.1 Introduction

2.3 I²C, CAN, and I²S

2.7 Bluetooth and Bluetooth Low Energy

2.9 Internet-Enabled Devices

Chapter 3: Logic

3.1 Introduction

3.2 Digital Logic Specifications

3.3 CMOS Logic Circuits

3.4 High-Impedance and Open-Drain Outputs

3.5 Example: Open-Drain and High-Impedance Busses

3.7 Programmable Logic

3.8 CPU Interface Structures

3.9 Logic Protection and Noise

3.10 Auxiliary Devices and Circuits

3.11 Example: Shaft Encoder

Further Reading

Chapter 4: Amplifiers

4.1 Introduction

4.2 Amplifier Specifications

4.3 Circuit Analysis Methods

4.4 MOSFET Transistor Models

4.5 MOSFET Amplifier Topologies

4.6 Example: Driving a Low-Impedance Load

4.7 Power Amplifiers

4.8 Integrated Amplifiers

4.10 Noise, Interference, and Crosstalk

4.11 Example: Amplifying an Electret Microphone

Further Reading

Chapter 5: Filters, Signal Generators, and Detectors

5.1 Introduction

5.2 Filter Specifications

5.3 The RLC Tank Circuit

5.4 Transfer Functions

5.5 From Filter Specification to Transfer Function

5.6 Op Amp Filters

5.7 Example: Bass Boost Filter

5.8 Advanced Filter Types

5.9 Digital Filters

5.10 Pulse and Timing Circuits

5.11 Signal Generators

5.12 Example: Arbitrary Waveform Generator

5.13 Signal Detectors

5.14 Example: Headphone Jack Detector

Further Reading

Chapter 6: Analog/Digital and Digital/Analog Conversion

6.1 Introduction

6.2 The Nyquist Rate

6.3 Conversion Specifications

6.4 Digital/Analog Conversion

6.5 Analog/Digital Conversion

6.6 Example: R-2R Digital/Analog Converter

Chapter 7: Power

7.1 Introduction

7.2 Power Supply Specifications

7.3 AC-to-DC Power Supplies

7.4 Power Converters

7.6 Example: Linear Regulated Power Supply

7.7 Thermal Characteristics and Heat Dissipation

7.8 Power Management

Further Reading

Chapter 8: Interface Design

8.1 Introduction

8.2 Embedded System Use Cases

8.3 Interface Specifications

8.4 Interface Architecture

8.5 Choosing the Right Platform

8.6 Construction Technologies

8.7 Control and Closed-Loop Systems

8.8 The Hardware/Software Boundary

8.9 Example: A Simple Driver

8.10 The Analog/Digital Boundary

8.11 Interface Design Methodologies

8.12 Example: Clap Detector

8.13 Example: Motor Controller

Further Reading

Appendix A: TTL Logic

A.1 Introduction

A.2 TTL Logic Circuits

A.3 High-Impedance and Open Outputs

A.4 Example: Open-Collector and High-Impedance Busses

Appendix B: Bipolar Amplifiers

B.1 Introduction

B.2 Bipolar Transistor Models

B.3 Bipolar Amplifier Topologies

B.4 Low-Power Bipolar Amplifiers

B.5 Driving a Low-Impedance Load Using Bipolar Amplifiers

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