Description
Specifications Table
Product Material – High-grade metal & insulated components
Grade – Laboratory/Premium
Application – Inductance measurement, AC bridge circuits, electrical experiments
Product Overview
The Maxwell Inductance Bridge is a sophisticated electrical instrument designed for precise inductance measurements in laboratory settings. Engineered with high-grade metal and insulated components, this bridge ensures durability and accurate readings across various experimental conditions. The integrated headphone and bridge oscillator enhance functionality, allowing users to detect balance conditions audibly for improved measurement accuracy. Unlike basic inductance meters, this bridge employs a null-deflection method, minimizing errors caused by external interference or component tolerances. The device is optimized for AC bridge circuits, making it indispensable for electrical experiments requiring high-precision inductance analysis. Its robust construction and premium-grade components ensure long-term reliability, while the intuitive design simplifies operation for both students and professionals. Whether used in educational labs or research facilities, this Maxwell Inductance Bridge delivers consistent performance, reducing the need for recalibration and ensuring repeatable results in critical applications.
FAQs
1. What is the working principle of the Maxwell Inductance Bridge?
It operates on the null-deflection principle, where the bridge is balanced by adjusting known resistances and inductances until the detector (headphone) shows zero current, indicating precise inductance measurement.
2. Can this bridge measure mutual inductance as well?
Yes, the Maxwell Inductance Bridge is capable of measuring both self-inductance and mutual inductance when configured appropriately with standard components.
3. What power source is required for the bridge oscillator?
The built-in oscillator typically requires a standard low-voltage DC power supply (specifications vary; refer to the manual for exact voltage requirements).
4. How does the headphone improve measurement accuracy?
The headphone acts as a sensitive null detector, allowing users to hear the absence of signal (balance condition) more clearly than visual indicators, reducing human error in readings.
5. Is this bridge suitable for high-frequency applications?
The Maxwell Inductance Bridge is optimized for low to medium frequency ranges (typically up to a few kHz), making it ideal for most educational and standard lab applications.
