Description
Specifications Table
Product Material – High-quality metal and plastic components
Grade – Educational/Research Grade
Application – Studying LDR resistance vs. light intensity, photoconductivity experiments
Product Overview
The LDR Characteristics Apparatus is a comprehensive lab setup designed for accurate measurement and analysis of light-dependent resistor (LDR) behavior under varying light conditions. This apparatus includes all necessary accessories such as a variable light source, multimeter connections, and a stable mounting base to ensure precise experimental results. Constructed from durable metal and high-grade plastic, the setup is built to withstand frequent use in educational and research environments. The included LDR sensor offers high sensitivity, allowing users to observe real-time resistance changes in response to light intensity variations. The modular design enables easy assembly and integration with standard lab equipment, while the clear labeling of components simplifies setup for users of all experience levels. Whether used for basic photoconductivity demonstrations or advanced semiconductor studies, this apparatus provides reliable performance and consistent results. The compact yet robust construction makes it suitable for both classroom demonstrations and individual research projects.
FAQs
1. What components are included in this LDR Characteristics Apparatus?
The complete setup includes an LDR sensor, adjustable light source, connecting wires, multimeter probes, mounting base, and instruction manual for experiment setup.
2. Is this apparatus compatible with standard lab multimeters?
Yes, the apparatus is designed with standard 4mm banana plug connections that work with most educational and professional-grade multimeters available in labs.
3. What type of light source is provided with this kit?
The kit includes an adjustable LED light source that allows for precise control of light intensity during experiments.
4. How should I store this apparatus when not in use?
Store in a dry, dust-free environment at room temperature. Keep the LDR sensor covered to prevent exposure to direct sunlight when not in use.
5. Can this apparatus be used for experiments beyond basic LDR characteristics?
While primarily designed for LDR studies, the modular components can be adapted for other basic semiconductor experiments with proper modifications.
