Tangent Galvanometer

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MOQ : 10 Pieces

Tangent Galvanometer Specification

Feature
Highly Efficient

Usage
Tangent Galvanometer for Physics Lab

Product Type
Tangent Galvanometer for Physics Lab

Accuracy
100 % %

Type
Tangent Galvanometer for Physics Lab

About Tangent Galvanometer

Tangent Galvanometer

Edutek are manufacturer and exporter of Tangent Galvanometer for Physics Lab.

Specification of Tangent Galvanometer for Physics Lab

A bakelite ring or bobbin is of 165 mm diameter with 3 windings of 2, 50, & 500 turns. The magnetometer is supported on a brass tube fitted on an ebonite plate which is free to revolve in the base of the instrument. The magnetometer & the ring can both be rotated independently of the base which is with levelling screws. The compass box consists of a bakelite base with metal dial of diameter 100 mm graduated in degrees & with anti parallax mirror. Cobalt steel magnet & aluminium pointer are mounted on special synthetic sapphire. The needle moves on special pivot. This combination makes the needle virtually frictionless.

Reliable Measurement Tool for Physics Labs

The Tangent Galvanometer is designed specifically for physics laboratories, where accurate measurement of electric current is crucial. Its highly efficient operation meets the demands of both educational demonstrations and scientific experiments. With its reliable performance, it is trusted by educators, researchers, and lab technicians alike.

Manufactured and Exported from India

This Tangent Galvanometer is produced by experienced manufacturers in India, ensuring strict adherence to quality standards. As both an exporter and supplier, Indian companies provide international availability, making this instrument accessible for laboratories around the world seeking precision and efficiency.

FAQs of Tangent Galvanometer:

Q: How is the Tangent Galvanometer used in a physics laboratory?

A: The Tangent Galvanometer is used to measure electric current by aligning its coil with Earths magnetic field and observing the deflection of a needle. Experiments involve connecting it to a circuit, allowing students to apply the tangent law and learn about magnetic effects of current.

Q: What is the accuracy level of the Tangent Galvanometer?

A: This instrument offers a 100% accuracy rate due to its highly efficient design and precision manufacturing, making it ideal for critical experiments and instructional purposes in physics labs.

Q: When should laboratories use a Tangent Galvanometer?

A: Laboratories should use a Tangent Galvanometer when experiments require precise measurements of electric current, especially in educational settings for demonstrating the relationship between current and magnetic fields, or in research that demands exact data.

Q: Where is the Tangent Galvanometer commonly exported from?

A: The Tangent Galvanometer is commonly manufactured and exported from India, where suppliers and manufacturers ensure high-quality standards and supply the instruments to laboratories worldwide.

Q: What process is followed for using the Tangent Galvanometer?

A: The process involves setting the galvanometer on a horizontal surface, aligning its coil with the magnetic north-south direction, connecting it to a current source, and noting the needles deflection to calculate current using the tangent law.

Q: What are the benefits of using a highly efficient Tangent Galvanometer in the laboratory?

A: Benefits include accurate and reliable experimental results, enhanced understanding of electrical concepts, and ease of use for both teaching and research. Its efficiency ensures minimal error and maximum confidence in collected data.

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