Description
Specifications Table
Product Material – High-grade metal and insulated components
Grade – Laboratory/Research
Application – Capacitance, dielectric loss, and dissipation factor measurements
Product Overview
The Weins Capacitance Bridge is a high-precision instrument designed for accurate measurement of capacitance and dielectric properties in laboratory settings. Engineered with a built-in bridge oscillator and null detector, this device eliminates the need for external components, ensuring seamless operation and reliable results. The robust construction uses high-grade metal and insulated materials to minimize interference and enhance durability, making it suitable for frequent use in research and testing environments. The bridge operates on the principle of balancing capacitance ratios, allowing users to determine unknown capacitance values by comparing them against known standards. Its sensitive null detector provides clear indications of balance, enabling precise readings even for small capacitance variations. The integrated oscillator generates stable frequencies, ensuring consistent performance across measurements. Whether used for routine testing or advanced research, this capacitance bridge delivers exceptional accuracy and repeatability, making it an indispensable tool for laboratories demanding high-quality instrumentation.
FAQs
1. What is the primary function of the Weins Capacitance Bridge?
It measures capacitance and dielectric loss by comparing unknown capacitance against a known standard using a balanced bridge circuit.
2. Does this bridge require an external oscillator or null detector?
No, it comes with a built-in bridge oscillator and null detector for self-contained operation.
3. What materials are used in the construction of this bridge?
The bridge is made from high-grade metal and insulated components to ensure stability and reduce signal interference.
4. Can this bridge measure both capacitance and dissipation factor?
Yes, it is designed to measure capacitance as well as dielectric loss and dissipation factors accurately.
5. Is this suitable for educational lab experiments?
Yes, its precise measurements and ease of use make it ideal for academic and research applications.
