Photoconductivity Apparatus
Product Specification Sheet
Photoconductivity Apparatus
Model Number: MT-PH069
The Photoconductivity Experiment Apparatus from Micro Technologies is designed to study the photoconductive properties of a CdS photoresistor under different light intensities and applied voltages. The apparatus enables students and researchers to analyze the relationship between photocurrent, irradiance, and applied voltage using a precision optical setup. With accurate optical alignment, adjustable light intensity, and simplified electrical connections, it is an ideal solution for universities, engineering colleges, research laboratories, and educational institutions.
Product Specification
The Photoconductivity Experiment Apparatus is a precision laboratory instrument developed to investigate the photoconductive characteristics of a CdS photoresistor under controlled experimental conditions. The apparatus enables students to study how the electrical conductivity of a semiconductor changes when exposed to light and to analyze the relationship between applied voltage, photocurrent, and irradiance. This experiment provides valuable practical knowledge of semiconductor physics and optoelectronic devices.
Manufactured by Micro Technologies, the apparatus incorporates a precision optical bench that maintains accurate alignment of all optical components throughout the experiment. The stable optical arrangement minimizes setup time while ensuring consistent illumination of the CdS photoresistor, resulting in reliable and repeatable experimental observations. The carefully engineered design enhances measurement accuracy and simplifies laboratory operation.
The Photoconductivity Experiment Apparatus features a fine light intensity adjustment system that utilizes two precision polarizers to control the amount of incident light reaching the photoresistor. This arrangement allows smooth and accurate variation of light intensity for detailed photoconductivity analysis. Color-coded terminals further simplify electrical connections, reducing wiring errors and making the experimental setup quick and convenient for students and laboratory personnel.
Micro Technologies manufactures this equipment using durable laboratory-grade materials, precision optical components, and reliable electronic circuits to ensure dependable long-term performance. The Photoconductivity Experiment Apparatus is widely used in universities, engineering colleges, research laboratories, scientific training institutes, and educational organizations for semiconductor studies, optoelectronics, and physics laboratory experiments. With robust construction, accurate measurements, and user-friendly operation, Micro Technologies provides an effective solution for modern semiconductor laboratories.
Features
- Precision optical bench for accurate optical alignment
- CdS photoresistor-based experimental setup
- Fine light intensity adjustment using dual polarizers
- Stable optical configuration for repeatable experiments
- Color-coded terminals for simple electrical connections
- Quick and easy laboratory setup
- Reliable semiconductor measurement system
- Durable laboratory-grade construction
- User-friendly operation
- Suitable for educational and research laboratories
Benefits
- Demonstrates photoconductivity through practical experimentation
- Enables accurate study of photocurrent and irradiance characteristics
- Simplifies optical alignment and electrical connections
- Produces reliable and repeatable laboratory results
- Enhances understanding of semiconductor and optoelectronic principles
- Requires minimal maintenance
- Offers excellent long-term value for educational institutions
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Photoconductivity Experiment Apparatus |
| Model Number | MT-PH069 |
| Product Type | Physics Laboratory Equipment |
| Principle | Photoconductivity of Semiconductor |
| Sensor | CdS Photoresistor |
| Optical System | Precision Optical Bench |
| Light Intensity Control | Dual Polarizer System |
| Measurement Parameters | Photocurrent, Irradiance & Applied Voltage |
| Electrical Connections | Color-Coded Terminals |
| Material | Powder-Coated Metal with Optical & Electronic Components |
| Color | Grey & Black |
| Applications | Physics Laboratories, Universities, Colleges, Research Institutes |
| Compliance Standard | Standard Laboratory Equipment Manufacturing Practices |
Available Variants
- Standard Photoconductivity Experiment Apparatus
- Advanced Semiconductor Optics System
- Educational Demonstration Model
- Research Laboratory Configuration
- Institutional Laboratory Package
SKU System
| Variant | SKU |
|---|---|
| Standard | MT-PH069-ST |
| Advanced | MT-PH069-AD |
| Educational | MT-PH069-ED |
| Research | MT-PH069-RS |
| Institutional | MT-PH069-IN |
FAQs
What is the Photoconductivity Experiment Apparatus used for?
The apparatus is used to study the photoconductive behavior of a CdS photoresistor by analyzing the relationship between applied voltage, photocurrent, and light intensity.
What semiconductor device is used in this experiment?
The experiment utilizes a CdS photoresistor, which changes its electrical conductivity in response to incident light.
How is the light intensity adjusted?
Light intensity is controlled using two precision polarizers that provide smooth and accurate adjustment of the incident light reaching the photoresistor.
Is the apparatus suitable for educational laboratories?
Yes. It is widely used in schools, engineering colleges, universities, research laboratories, and scientific training institutes for semiconductor and optoelectronics experiments.
Can institutions purchase this equipment in bulk?
Yes. Bulk quantities are available for universities, government organizations, laboratories, distributors, and educational institutions. Customized configurations can also be provided.
How should the apparatus be maintained?
Keep the optical components clean, inspect electrical connections regularly, avoid excessive exposure to dust and moisture, and store the apparatus in a clean, dry environment to maintain long-term performance.
Why Choose Our Products
- Precision-engineered semiconductor laboratory equipment
- Strict quality inspection before dispatch
- Durable construction for continuous laboratory use
- Accurate and repeatable experimental performance
- Bulk manufacturing capability with responsive technical support
Call to Action
Enhance your semiconductor laboratory with the Photoconductivity Experiment Apparatus from Micro Technologies. Micro Technologies supplies premium laboratory equipment for universities, colleges, research institutes, and distributors. Contact Micro Technologies today to request a quotation, discuss customization requirements, or place your bulk institutional order.
