Description
Specifications Table
Product Name – Paper Condenser in Bakelite Box
Quantity/Pack Size – 0.001 to 1µF
Form – Electrical Component
Grade – Laboratory Grade
Application – Capacitance experiments, electronic testing, circuit design
product overview
The Paper Condenser in Bakelite Box is a precision capacitor designed for laboratory and educational use where reliable capacitance control is essential. It provides a variable capacitance range from 0.001 to 1 microfarad (µF), making it ideal for studying and testing the behavior of dielectric materials and charge storage in circuits. The condenser employs high-quality paper as a dielectric medium, ensuring stable and consistent electrical characteristics across its range. The durable Bakelite enclosure offers excellent insulation, mechanical strength, and resistance to heat and humidity, making it suitable for regular classroom and laboratory environments. This design minimizes leakage and external interference, ensuring dependable measurements and performance. Each unit is crafted to provide minimal loss and stable dielectric properties over repeated usage. The compact and easy-to-handle form factor allows convenient integration into experimental setups. Used extensively in electronics, physics, and instrumentation labs, the Paper Condenser in Bakelite Box serves as an essential teaching and testing tool for understanding capacitance behavior. Offered by eqipped, it is quality-checked for accuracy and longevity, ensuring dependable operation and consistent performance over time. This component supports precision experimentation and long-term durability, making it an indispensable addition to laboratory circuit equipment.
FAQs
1. What is the capacitance range of the Paper Condenser in Bakelite Box?
It provides a capacitance range between 0.001 and 1 microfarad (µF), suitable for various laboratory testing applications.
2. What material is used as the dielectric in this condenser?
The condenser uses high-quality paper as the dielectric material, ensuring consistent performance and stability in measurements.
3. Why is Bakelite used as the housing material?
Bakelite provides excellent electrical insulation, thermal resistance, and mechanical protection, making it ideal for lab and classroom use.
4. Can this condenser be used for AC and DC experiments?
Yes, it is suitable for both AC and DC circuits, allowing users to study charge storage and discharge behavior effectively.
5. How should the condenser be stored for longevity?
It should be kept in a dry, dust-free environment away from moisture to maintain its dielectric quality and insulation performance.
