Magnetic Flux Converter
12 units
Convert between different units of magnetic flux including weber, maxwell, and volt-second for electromagnetic field calculations.
Standard (2 decimal places)
Magnetic Flux Converter
Convert between different units of magnetic flux with high precision
SI Standard
CGS System
SI Standard
Weber (Wb)
Kiloweber (kWb)
Milliweber (mWb)
Microweber (μWb)
Nanoweber (nWb)
CGS System
Maxwell (Mx)
Kilomaxwell (kMx)
Megamaxwell (MMx)
Gigamaxwell (GMx)
Alternative Forms
Volt second (V·s)
Tesla square meter (T·m²)
Kilovolt second (kV·s)
Popular Magnetic Flux Unit Conversions
Weber to Maxwell× 100,000,000
Maxwell to Weber× 0.00000001
Milliweber to Microweber× 1,000
Weber to Milliweber× 1,000
Volt second to Weber1:1 ratio
Tesla square meter to Weber1:1 ratio
Complete Magnetic Flux Conversion Guide
Understanding Magnetic Flux Measurement
Magnetic flux measures the total magnetic field passing through a given area. It represents the quantity of magnetism, taking into account the strength and extent of a magnetic field. This fundamental electromagnetic quantity is essential for understanding electromagnetic induction, transformer operation, and motor design principles.
Essential Conversion Factors
1 Weber = 100,000,000 Maxwell (10⁸ Maxwell)
1 Weber = 1 Volt-second = 1 Tesla·m²
1 Maxwell = 10⁻⁸ Weber = 0.01 microweber
1 Milliweber = 100,000 Maxwell = 1,000 microweber
1 Microweber = 100 Maxwell = 0.001 milliweber
Relationship to Electromagnetic Induction
Faraday's Law
EMF = -dΦ/dt (rate of change of magnetic flux)
Transformer Operation
Magnetic flux linkage in transformers and inductors
Induction Phenomena
Critical for understanding electromagnetic induction
Motor Principles
Fundamental to generator and motor operation
Essential for calculating induced voltages and currents
Professional Applications
Transformer Design
Flux linkage calculations, core sizing
Electric Motor Analysis
Flux distribution, torque calculations
Generator Engineering
Electromagnetic induction, power generation
Magnetic Circuit Design
Flux path analysis, reluctance calculations
Induction Heating
Eddy current calculations, heating efficiency
EMC Analysis
Flux coupling, interference analysis
Common Magnetic Flux Values
Small transformer core1-10 mWb
Power transformer0.1-10 Wb
Electric motor flux0.01-1 Wb
Induction heating coil0.1-5 Wb
MRI scanner gradient0.001-0.1 Wb
Laboratory electromagnet0.01-1 Wb
Flux Density and Area Relationship
Basic Formula
Magnetic flux (Φ) = Magnetic flux density (B) × Area (A)
Angular Relationship
Φ = B × A × cos(θ), where θ is angle between field and normal
Critical for calculating total flux through complex geometries
Essential for transformer core design and motor analysis
Important for magnetic shielding effectiveness calculations