GL-GD-ZH Optoelectronic technology training equipment

Ⅰ、Product Introduction

The GL-GD-ZH Optoelectronic technology training equipment consists of a data acquisition center, a CNC DC regulated power supply, a photoelectric sensor signal conditioning unit, various photoelectric sensor components, and various circuit units for different applications.

This experimental platform is powerful and has a variety of test application modules. It covers the basic experimental course content of optoelectronics. It can offer optoelectronic technology basic characteristic test experiments, optoelectronic technology principles and application design, CCD test and application experiments, single-chip microcomputer development experiments, CPLD development experiments and other optoelectronic technology-related secondary development experiments.

The main content of the basic course experiment of optoelectronics is the measurement and typical application of the principle of photoelectric sensors and their characteristic parameters, and various non-contact measurements are constructed using photoelectric sensors, which is rich in content.

CCD test and application experiments are also very rich, including experiments on the working principles of linear array CCD and area array CCD, application experiments using CCD for detection, image processing experiments and other rich experimental content.

The training platform has rich modules and huge expansion space. It can be used as a course design and graduation design platform for related majors, which is conducive to students' in-depth understanding of basic theories, comprehensive mastery of comprehensive skills, and systematic training of learned knowledge. It provides a large amount of open experimental teaching content to strengthen the progress of practical research and application development. It is conducive to cultivating students' independent thinking and innovative thinking, and improving scientific research and engineering capabilities.

Ⅱ、Knowledge points

LED light source, semiconductor light source, photoresistor, photodiode, phototransistor, silicon photocell, photomultiplier tube, thermistor, pyroelectric sensor, photocoupler, PSD sensor, four-quadrant photoelectric sensor, photoelectric detection, linear array CCD, area array CCD, image processing, LED light source

Ⅲ、Involved courses

Optoelectronic technology, spectroscopy, photoelectric detection technology, luminescence, photoelectric device technology, circuit principle, analog electronic technology, single-chip microcomputer, CPLD, CCD application technology, image processing and display technology

Ⅳ. Training projects of this Optoelectronic technology training equipment

(Ⅰ) Basic optical measurement experiment

1. Radiation measurement experiment

2. Photometric measurement experiment

(Ⅱ) Light source characteristic measurement experiment

1. LED light source characteristic measurement experiment

2. Semiconductor laser light source characteristic measurement experiment

3. Fiber laser light source characteristic measurement experiment

(Ⅲ) Photodetector characteristic measurement experiment

1. Photoresistor basic characteristic measurement experiment

2. Photodiode basic characteristic measurement experiment

3. Phototransistor basic characteristic measurement experiment

4. Experiment on measuring basic characteristics of silicon photocells

5. Experiment on measuring basic characteristics of APD photodiodes

6. Experiment on measuring basic characteristics of PIN photodiodes

7. Experiment on measuring basic characteristics of color-sensitive photodiodes

8. Experiment on measuring basic characteristics of photomultiplier tubes and weak light generation and detection

9. Experiment on testing characteristics of solar cells

10. Experiment on testing characteristics of thermistors

(Ⅳ) Experiment on principle and application of imaging devices

1. Experiment on principle and application of black and white linear array CCD

2. Comprehensive experiment on color array CCD

(Ⅴ) Comprehensive experiment on principle and design application of photoelectric detection

1. Experiment on design of LED light source drive (self-controlled lamp, low power, high power, three primary colors)

2. Experiment on application design of photoresistors (light-controlled lamp, light-controlled switch, electronic bird)

3. Experiment on application design of silicon photocells (optical power meter, illuminance meter)

4. Experiment on design of light source modulation and demodulation

5. Experiment on design of photoelectric alarm

6. Experiment on design of infrared remote control

7. Experiment on application design of four-quadrant sensor

8. Photoelectric coupling switch application design experiment (odometer, tachometer)

9. PSD application design experiment

10. Pyroelectric sensor application design experiment

11. Photoelectric detector distance measurement design experiment

12. Color recognition design experiment

13. Solar cell application design experiment

14. Digital thermometer design experiment

15. Infrared thermometer design experiment

16. Optical fiber smoke alarm design experiment

17. Optical fiber displacement measurement system experiment

18. Optical fiber microbend weighing system design experiment

19. Single chip microcomputer comprehensive application experiment

20. CPLD comprehensive application experiment

Synchronous PC version:

GL-GD-ZH Optoelectronic technology training equipment   https://www.biisun.com/home/category/detail/id/148.html