Electric and magnetic field Physics Lab Experiment Setup

This experiment system is designed for the study and visualization of electric and magnetic field distributions. It enables students to investigate electrostatic field patterns using simulation techniques and to measure and analyze magnetic fields generated by coils and Helmholtz coil systems. The system combines conductive media, precision measurement instruments, and laser tracing technology to provide clear and intuitive field mapping experiments.

Physics Lab Experiments from Atico Exports.

Experimental Principle and Content

• Electrostatic Field Mapping by Simulation Method
• Measurement of Magnetic Field Distribution Using Helmholtz Coils
• Magnetic Field Visualization and Mapping of Current-Carrying Coils

Conductive Medium :

• Conductive Microcrystal Material

Electrode Substrate :

• High-Polymer Material Plate

Electrode Sets :

• Coaxial Cylinder
• Parallel Plate
• Long Parallel Conductor

Voltage Measurement :

• Ranges: 0–19.99 V
• 0–199.9 V
• 3½-Digit Digital Display
• Short-Circuit Protection

Constant Current Source :

• 0–500 mA

Field Mapping Components :

• Double-Layer Structure
• Laser Tracing System
• Gold-Plated Laser Probe
• Laser and Power Supply

Measurement Platform :

• Transparent Coordinate Platform

Magnetic Field Measurement :

• Magnetic Field Intensity Detector