Specifications Table

Product Material – Copper coil with magnetic shielding

Grade – Laboratory-grade, high precision

Application – Determining current sensitivity & ballistic constant K via steady deflection method

Product Overview

The Ballistic Galvanometer is a specialized laboratory instrument engineered for precise measurements in steady deflection experiments. Constructed with a high-quality copper coil and magnetic shielding, it ensures minimal interference and maximum accuracy when determining current sensitivity and the ballistic constant (K). The galvanometer’s design prioritizes stability and responsiveness, making it ideal for controlled experimental conditions where even minor fluctuations can impact results. Its robust build guarantees durability, while the fine-tuned suspension system enhances sensitivity to transient currents. Whether used in educational labs or research settings, this galvanometer delivers consistent performance, allowing for reliable data collection. The instrument is calibrated to meet stringent laboratory standards, ensuring repeatability across multiple trials. Its compact yet sturdy frame facilitates easy integration into existing experimental setups without compromising precision. For experiments requiring meticulous current measurements, this Ballistic Galvanometer stands as an indispensable tool, combining technical excellence with practical usability.

FAQs

1. How does this Ballistic Galvanometer measure current sensitivity?

It operates on the principle of steady deflection, where the angular displacement of the coil is proportional to the current passed through it, allowing precise sensitivity calculations.

2. Is this galvanometer compatible with standard lab power supplies?

Yes, it is designed to work seamlessly with most low-voltage DC power supplies commonly found in laboratory environments.

3. What alternatives exist for measuring ballistic constants?

Alternatives include digital fluxmeters or tangent galvanometers, though they may require additional calibration for equivalent precision.

4. How should this galvanometer be stored to maintain accuracy?

Store it in a dry, dust-free environment, preferably in its original case, to prevent coil damage or magnetic interference.

5. Where is this Ballistic Galvanometer manufactured?

This instrument is sourced from certified Indian manufacturers specializing in precision lab equipment, ensuring compliance with national quality standards.