Permanent Magnet Magnetic Field Generation Setup
Generate stable magnetic fields using permanent magnets with fixed air gap for accurate laboratory measurements
Air Cooled Electromagnet Setup with Gaussmeter Feedback Control
Generate stable DC magnetic fields using electromagnets with automated feedback control system
Linearity and Calibration of Electromagnet Field Output
Verify electromagnet linearity and perform multi-point calibration with less than 0.5% error
Analyzing Magnetic Field Generated by a Solenoid
Visualize solenoid magnetic fields using Hall probe and understand Biot–Savart Law in practice
Measurement of Gradient Magnetic Field Using Helmholtz Coil
Study uniform magnetic fields and gradient mapping with Helmholtz coil setup
Measuring Low Earth Magnetic Field using Fluxgate Magnetometer
Detect and analyze Earth's geomagnetic field with 3-axis vector measurement capability
Demonstrating Faraday's Law and Lenz's Law using Flux Measurement System
Demonstrate fundamental induction principles with real-time flux and EMF measurement
Demonstration of Gauss's Law for Magnetism
Confirm that total magnetic flux through closed surfaces equals zero
Demonstrating Magnetic Interference using Magnetic Shielding Materials
Analyze EMI reduction and shielding effectiveness in AC and DC magnetic fields
Demonstrating Hall Effect in Semiconductors
Characterize semiconductors using Hall Effect with up to 0.5 Tesla magnetic field
Measuring Magnetic Force Caused by Magnetic Field
Analyze magnetic force relationships and electromagnetic interaction principles
Analyzing Behavior of Ferromagnetic Materials using 3D Magnetic Field Mapping
Characterize ferromagnetic materials with advanced 3D mapping and harmonic waveform analysis
Different Types of Magnetic Field Generators and their Measurements
Verify fundamental EM laws through comparative field measurement of different generators
Demonstrating Soft Magnetic Material Behavior
Study low-coercivity materials with rapid magnetization-demagnetization characteristics
Observing Superconductivity & Meissner Effect
Visualize magnetic levitation and Meissner Effect in action with superconducting materials
Demonstration of Pulsed Magnetic Field using DX-160 Gaussmeter
Study AC magnetic fields and frequency-dependent behavior with real-time waveform analysis
Demonstration of Magnet Analyzer (UHS-1DS / UHS-3DS)
Analyze magnetic properties with automatic BH curve generation and material grading
Using Magnetic Yoke for Non-Destructive Testing (MT-180 Magnetic Yoke)
Perform NDT with portable rechargeable magnetic yoke in AC and DC modes