# Maximum Flux Density Calculator

Enter value and click on calculate. Result will be displayed.

AC Parameters

RMS Voltage:
Vrms
Frequency:
MHz
Number of Turns:
miliAmps
Cross Section of Core:
cm2

DC Parameters

DC Current:
Amperes
Specific To Core Used:
mH/Turns2

Result:

Maximum Flux Density:
Gauss
Maximum Flux Density:
Tesla
Maximum Flux Density Calculator Magnetic flux density calculation formula: B=F/IL=F/qv=Φ/S. F is the Lorentz force or the Ampere force, q is the charge, v is the velocity, E is the electric field strength, Φ is the magnetic flux, S is the area, and L is the length of the conductor in the magnetic field.
Magnetic flux density is also the magnetic induction intensity. Magnetic induction intensity refers to the physical quantity that describes the strength and direction of the magnetic field. It is a vector and is commonly represented by the symbol B. Magnetic induction intensity is also called magnetic flux density. In physics, the strength of the magnetic field is expressed by magnetic induction intensity. The greater the magnetic induction intensity, the stronger the magnetic induction. The smaller the magnetic induction intensity, the weaker the magnetic induction.
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