Experimental System for Photoelectric Characterization for Lasers and Photonics Physics Lab

The Experimental System for Photoelectric Characterization for Lasers and Photonics Physics Lab is designed to provide a comprehensive understanding of the electrical and optical characteristics of silicon photocells. Through hands-on experimentation, students can investigate the performance of photovoltaic devices under various illumination conditions and electrical configurations. The system enables the study of key photocell parameters including short-circuit current, open-circuit voltage, maximum output power, fill factor, and load characteristics. Users can also explore the influence of light intensity, illumination angle, and cell configuration on photocell performance. Designed for educational laboratories, the apparatus encourages students to build experimental setups, analyze photovoltaic behavior, and develop practical skills in optical and electrical measurements. The compact vertical structure minimizes stray light effects, improving measurement accuracy and reliability. Manufactured by Atico Export India.

Experiments :

Photocell Performance Under Illumination :

• Measure short-circuit current, open-circuit voltage, maximum output power, optimum load, and fill factor.

V-I Characteristics Without Illumination :

• Study the voltage-current characteristics of photocells under applied bias voltage in the absence of light.

Effect of Light Intensity :

• Investigate the relationship between short-circuit current and open-circuit voltage under different illumination levels.

Effect of Illumination Angle :

• Measure changes in photocell performance with varying angles of incident light.

Series and Parallel Photocell Configurations :

• Analyze the electrical characteristics of photocells connected in series and parallel arrangements.

• Photovoltaic Cell Studies
• Solar Energy Education
• Semiconductor Device Characterization
• Optical and Electrical Measurements
• Renewable Energy Laboratory Training
• Physics and Electronics Education

Photocell Platform :

• Quantity: 1

Silicon Photocells :

• Quantity: 4

Connection Wires :

• Quantity: 4

Digital Light Meter :

• Quantity: 1

Incandescent Bulbs :

• Quantity: 2

Electric Controller :

• Quantity: 1

Light Shield Plate :

• Quantity: 1

Instruction Manual :

• Quantity: 1

• Compact Vertical Structure with Reduced Stray Light Influence
• Includes Monocrystalline and Polycrystalline Photocells
• Adjustable Illumination Angle for Advanced Studies
• Comprehensive Photocell Characterization Experiments
• Easy Operation and Data Collection
• Detailed Instruction Manual
• Hands-On Learning Approach
• Accurate Photocell Characterization
• Adjustable Illumination Conditions
• Suitable for Physics and Electronics Laboratories
• Ideal for Renewable Energy and Photovoltaic Studies