Square Helmholtz Coil

The Square Helmholtz coil features a large homogeneity volume and a wide magnetic field working gap. The square coil is generally used for testing the large-sized sample, and the side length of the coil can reach 1 meter or even several meters, and it can be designed as the single-axis, two-axis or three-axis coil. The square coil is applied for Standard Magnetic Field Generation, Offset and Compensation of the Earth's Magnetic Field, Geomagnetic Environment Simulation, Judgment of Magnetic Shielding Effect, Electromagnetic Interference Simulation Experiments, Calibration of Hall Sensors and Magnetometers, Biological Magnetic Field Studies and Material Magnetic Characterization studies. Our Square Helmholtz Coil can be customer-designed and customer-made according to the user’s individual parameter requirements.
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil
Square Helmholtz Coil

Product Features

Magnetic field in the direction of x-, y-, or z-axis respectively

High Magnetic Field Compensation

Good Uniformity

Easy to Operation

High Customer-Designed Coils

Names of Accessories For Each Part

Square Helmholtz Coil

Operating Principles

The Helmholtz coil consists of a pair of identical circular coils, of which nominal radius is R, and of which the central axes are on the same axis as the Z-axis.  The nominal distance between the two coils is h=R. The two coils have the same number of turns, and each of the coils carries the equal current in the same direction, and there is a good linear relation between the current value and the field magnitude. 
Inquiry
Operating Principles

Application (Typical)

Physics Experiment
Biomedical Applications
Magnetic Material Measurement
Materials Science
Creation of Standard Magnetic Field
Industrial Production
Active Shield and Earth Magnetic Environment Simulation
Magnetic-Field-Related Scientific Experiments
Inquiry
Application (Typical)
x
Our use of cookies
We would like to use necessary cookies to improve your browsing experience and the quality of our website. We would also like to set analytics cookies and advertisement cookies that help us make improvements by measuring how you use our website. Detailed information about the use of cookies on this website and how you can control your consent can be found in our Cookie Policy and Privacy Notice.
Accept only strictly necessary cookies Accept all cookies