A textbook covering the principles, components, methods and applications of optoelectronic detection technology.
About this manual
This book introduces the basic principles, system composition and various components of optoelectronic detection technology, including light sources, detectors, imaging devices, and both incoherent and coherent detection methods. It also presents typical application examples in mechanical engineering, environmental monitoring, biomedical fields and more.
The material combines theory with practical examples, offering a systematic view from system level down to individual devices, and includes exercises and references for deeper study. This manual is written in Chinese.
What's inside
- Overview of Optoelectronic Detection Technology
- Optoelectronic Light Sources
- Optoelectronic Detectors and Photoconductive Detectors
- Photovoltaic Detectors
- Optoelectronic Emission Devices
- Optoelectronic Imaging Devices
- Incoherent Detection Methods and Systems
- Coherent Detection Methods and Systems
- Typical Applications in Mechanical Engineering
- Typical Applications in Other Fields
Frequently asked questions
What does optoelectronic detection technology combine?
It combines optical and electronic technologies to create a high‑precision, fast, non‑contact detection method.
What are the main components of a typical optoelectronic detection system?
A typical system includes a light source and illumination optics, the object and its optical transformation, signal matching optics, optoelectronic conversion, and electronic signal processing.