Hall Effect Probe advanced level Physics Experiments

This Hall Effect Probe is designed for accurate measurement of magnetic fields in introductory and advanced physics laboratories. It enables students to investigate the magnetic fields generated by current-carrying conductors, current loops, magnetic dipoles, and Helmholtz coils while demonstrating the principles of Ampere's Law and the Biot-Savart Law. The instrument measures both radial and transverse magnetic field components with high sensitivity, making it suitable for experiments involving DC and low-frequency AC magnetic fields. Manufactured by Atico Export India.

Experiments :

• Measure the Magnetic Field Around a Long Straight Current-Carrying Conductor.
• Verify Ampere's Law.
• Measure the Axial Magnetic Field of a Circular Current Loop.
• Verify the Biot-Savart Law.
• Investigate the Magnetic Field Distribution of a Magnetic Dipole.
• Study the Uniform Magnetic Field Produced by Helmholtz Coils.
• Measure the Radial and Transverse Components of Magnetic Fields.
• Calibrate the Hall Effect Probe Using Helmholtz Coils.
• Measure Constant and Low-Frequency Alternating Magnetic Fields.
• Investigate the Relationship Between Magnetic Field Strength and Distance from a Current-Carrying Conductor.

• Hall Effect Experiments
• Magnetic Field Mapping
• Ampere's Law Demonstration
• Biot-Savart Law Verification
• Helmholtz Coil Experiments
• Magnetic Dipole Studies
• Electromagnetism Laboratory
• Physics Teaching and Research Laboratories

• Measurement Type – Radial and transverse magnetic field measurement
• Magnetic Field Measurement – DC and low-frequency AC magnetic fields
• Gain Settings – Dual range
• Linearity – Better than 0.1%
• Sensitivity – Microtesla level
• Maximum Output Voltage – ±11 V
• Zero Adjustment – Manual
• Power Supply – Standard AC power supply
• Output – Low-impedance analog voltage
• Recommended Display – Digital or analog voltmeter (millivolt resolution recommended)

• Measures both radial and transverse components of magnetic fields.
• Suitable for DC and low-frequency AC magnetic field measurements.
• High sensitivity with microtesla-level measurement capability.
• Dual gain settings provide a wide dynamic measurement range.
• Linear response with accuracy better than 0.1% over the full measurement range.
• Manual zero adjustment compensates for the Earth's magnetic field.
• Low-impedance voltage output proportional to magnetic field strength.
• Maximum output voltage: ±11 V.
• Operates from a standard AC power supply.
• Compatible with digital or analog voltmeters for field measurement.
• Durable non-magnetic stand with adjustable mounting for precise positioning.
• Ideal for undergraduate and advanced physics laboratory experiments.