光机电技术是面向应用的跨学科的技术，它是光信息技术、机械技术、微电子技术、信息技术和控制技术、通信技术等有机融合的一门综合性学科。

全书共分12个单元。第1单元主要介绍机械传感器；第2单元主要介绍光发射器；第3单元主要介绍基本的光纤器件；第4单元主要讨论放大器；第5单元主要介绍脉冲雷达；第6单元主要介绍通信系统中的计算机仿真设计和分析；第7、第8、第9单元主要介绍可视探测器、红外探测器及图像探测器；第10单元是机械工程的总体介绍；第1l单元为一个轴的设计过程；第12单元为螺杆压缩机的优化设计。

本书从实际应用的角度出发，以满足光学与光电技术、激光加工技术、先进制造技术、自动控制技术、电子技术及仪器、电气控制技术与系统、通信工程等专业技术人员的专业基础学习和专业英语学习需求为根本宗旨，内容涉及半导体、模拟电子技术、数字电子技术、MEMS等多个方向。

1 Mechanical Sensor

1.1 Resistive and Piezoresistive Strain Sensor

1.2 Piezojuncfion Effect

1.3 Piezoelectric Effect

1.4 Capacitive Sensing

1.5 Tunneling Sensing

2 Light Emitter

2.1 Light Emitting Diode

2.2 Silicon Light Emitting Diode

2.3 Organic Light Emitting Diode

2.4 Gas and Solid-State Laser

2.5 Micromachined Solid-State Laser

2.6 Plasma Light Source

2.7 Electroluminescent Light Source

2.8 Field Emission Display

2.9 Bioluminescence

3 Fundamentals of Fiber Optic Component

3.1 Basic of Optic

3.2 The Electromagnetic Spectrum

3.3 Light Guiding

3.4 Fiber Transmission

3.5 Other Optical Component

4 Noninverting Amplifier

4.1 Basic Amplifier

4.2 Voltage Follower

4.3 OP-AMP Application

4.4 Difference Amplifier Pulse Radar

5.1 Overview of Pulsed Radar

5.2 Critical Subsystem Design and Technology

5.3 Radar Performance Prediction

6 Computer Aided Design and Analysis of Communication System

6.1 Introduction

6.2 The Role of Simulation

6.3 Motivation for the Use of Simulation

6.4 Limitations of Simulation

6.5 Simulation Structure

6.6 The Interdisciplinary Nature of Simulation

6.7 Model Design

6.8 Low-Pass Model

6.9 Pseudorandom Signal and Noise Generator

6.10 Transmitter, Channel and Receiver Modeling

6.11 Symbol Error Rate Estimation

6.12 Validation of Simulation Result

6.13 A Simple Example Illustrating Simulation Product

7 Visible Detector

7.1 Introduction

7.2 The Human Eye as A Detector

7.3 Photographic Film ~

7.4 Photoelectric Detector

7.5 Photomultiplier

7.6 Photoconductor

7.7 Photodiode

7.8 Pyroelectric Detector

8 Infrared Detector

8.1 Introduction

8.2 Photographic Film

8.3 Photoelectric Detector

8.4 Thermal Detector

8.5 Detection System and Selection Guide

9 Imaging Detector

9.1 Introduction

9.2 Photoemitter

9.3 Imaging Tube 

9.4 Solid-State Imaging Device

10 Mechanical Engineering

10.1 Introduction

10.2 Spectrum

10.3 Energy Conversion

10.4 Energy Resource

10.5 Environment and Transportation

10.6 Engineering and Technology Management

10.7 Manufacturing

10.8 Material and Structure

!0.9 System and Design

11 Shaft Analysis and Design

11.1 Introduction

11.2 Analysis

11.3 Numerical Example

11.4 Key and Pin

11.5 Effects of Pin Size on Shaft Stress

12 Optimization of Screw Compressor Design

12.1 Introduction

12.2 Geometry of Screw Compressor Rotor

12.3 Compressor Thermodynamics in Optimization Calculation

12.4 Optimization of the Rotor Profile and Compressor Design

12.5 Conclusion

附录1 电子元器件英汉对照

附录2 电子部件英汉对照

附录3 常用数学符号英文表达法

References