Designed to study the variation of magnetic field strength along the axis of a pair of coils arranged in the Helmholtz configuration.
Demonstrates the principle of superposition of magnetic fields produced by two current-carrying coils.
Enables the determination and calculation of the radius of the Helmholtz coils through experimental observations.
Provides a practical understanding of magnetic field distribution and uniform magnetic field generation.
Suitable for physics laboratories, educational institutions, and research applications.
Specifications
Country of Origin: India
Packaging Type: Corrugated Box
Power Supply: AC Mains
Type: Digital
Application: Physics and Educational Laboratories
Apparatus Included
Regulated DC Power Supply: 0–30 V, 5 A
Digital Gauss Meter with magnetic field sensor, measurement range 0–200 Gauss
Pair of Helmholtz Coils mounted on a base with clearly marked coil separation distance
Movable Magnetic Field Sensor for measuring magnetic field intensity at different positions along the coil axis
Description
The Helmholtz Coil Apparatus is a precision experimental setup used to investigate magnetic field distribution generated by a pair of identical current-carrying coils. The arrangement produces a nearly uniform magnetic field in the region between the coils, allowing students to study fundamental electromagnetic principles with high accuracy.
Using the digital gauss meter and movable magnetic field sensor, users can measure magnetic field strength at various points along the coil axis and verify the superposition of magnetic fields. The apparatus also facilitates the determination of coil parameters and provides hands-on experience with concepts related to magnetic fields, electromagnetism, and field uniformity. It is an essential instrument for physics laboratories and advanced educational experiments in electromagnetism.
