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Laser Device Experiment
Through a series of optoelectronic device experiments, students will develop a deeper interest in these devices, enabling them to effectively grasp the principles, key characteristics, and practical applications of various optical detectors—while also making teaching easier for instructors. Additionally, we offer customized experimental system services tailored to customers' specific needs, empowering them to pursue innovation and conduct advanced research with greater ease.
| LD/LED Parameter Measurement Experiment | 1. Measuring the LD/LED V-I-P Curve |
| Photomultiplier Tube Characterization Experiment | 1. Be familiar with the basic structure and operating principles of photomultiplier tubes, and master their parameter measurement methods. 2. Measure the dark current of the photomultiplier tube in the absence of light. 3. Plot the current-voltage characteristic curve of the photomultiplier tube… |
| Optoelectronic Detector Characterization Experiment | 1. Measurement of the Spectral Responsivity of Optoelectronic Detectors 2. Testing the Response Time of the Optoelectronic Detector …… |
| 1. Understand the LED light-emitting principle, perform measurements of optical parameters, and analyze the results obtained from different light sources. 2. Understand the principle of combining red, green, and blue light; experiment with mixing these three colors in different proportions to observe the resulting multi-colored light effects… |
Solar Cell Characterization Experiment | 1. Measuring the relationship between the open-circuit voltage, short-circuit current, and light intensity of a solar cell 2. Measurement of Solar Cell Output Characteristics 3. Investigating the Operational Characteristics of Solar Cells Made from Different Materials When Non-Perpendicular Light Incides Upon Them 4. Measure the I-V characteristics of solar cells made from different materials (monocrystalline, polycrystalline, and amorphous). |
| Optoelectronic Sensor Experiment | 1. Dark Current and Bright Current Experiment for Optoelectronic Devices 2. Photoresistor Characteristic Experiment 3. Spectral, Illumination, and I-V Characteristics Experiment of Photodiodes 4. Fiber-optic displacement, temperature, and pressure sensor experiments...... |
| Thermistor Characteristic Experiment | 1. Temperature Characteristic Testing of PTC Thermistors 2. Temperature Characteristic Experiment of NTC Thermistors 3. Design of a Thermistor-Based Temperature Alarm System…… |
| Liquid Crystal Electro-optic Effect Experiment | 1. Measurement of the Electro-optic Characteristics Curve and Related Parameters of Liquid Crystals 2. Electrical-optical response curve testing, recording rise and fall response times 3. Perspective Characteristic Measurement: Adjusting Perspective to Measure Contrast 4. Liquid Crystal Text and Image Display Experiment |
| Skills Training | Laser device manufacturing process training; laser marking skills training; Laser Cutting Hands-On Training; Laser Welding Hands-On Training; …… |
We offer customized services for laser principle-based teaching experiments and skills training systems, tailored to meet customers' research and educational needs.
Reference Book: "Optoelectronic Devices and Optoelectronic Detection"
Changchun New Industries Optoelectronics Technology Co., Ltd.
Address: No. 888 Jinhu Road, High-Tech Zone, Changchun, 130103, P.R.China
International Tel:+86-431-85603799
Email: sales@cnilaser.com
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