Permeability Converter - Convert H/m, μH/m, nH/m & More Units

Result:

1 H/m = 1.000000e+6 μH/m

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How Permeability Conversion Works

1

Input Value

Enter permeability value

2

Select Units

Choose from and to units

3

Convert

Apply conversion formula

μ₂ = μ₁ × (f₁/f₂)
Conversion formula

Permeability Formulas & Calculations

Basic Conversion Formula

μ₂ = μ₁ × (Factor₁ / Factor₂)

Where μ₁ is input value, μ₂ is output value

Example: 1 H/m = 1 × (1 / 1×10⁻⁶) = 1×10⁶ μH/m

Relative Permeability

μᵣ = μ / μ₀

Where μ₀ = 4π × 10⁻⁷ H/m (vacuum permeability)

Example: μᵣ = 1000 means μ = 1000 × μ₀

Magnetic Field Relation

B = μ × H

B = magnetic flux density, H = magnetic field strength

Higher permeability = stronger magnetic field

Inductance Formula

L = μ × N² × A / l

L = inductance, N = turns, A = area, l = length

Permeability directly affects inductance

Permeability Conversion Table

H/mμH/mnH/mmH/mkH/mμ₀ units
1e-91e-31e+01e-61e-128e-4
1e-81e-21e+11e-51e-118e-3
1e-71e-11e+21e-41e-108e-2
1e-61e+01e+31e-31e-98e-1
1e-51e+11e+41e-21e-88e+0
1e-41e+21e+51e-11e-78e+1
1e-31e+31e+61e+01e-68e+2
1e-21e+41e+71e+11e-58e+3
1e-11e+51e+81e+21e-48e+4
1e+01e+61e+91e+31e-38e+5
1e+11e+71e+101e+41e-28e+6
1e+21e+81e+111e+51e-18e+7
1e+31e+91e+121e+61e+08e+8
1e+41e+101e+131e+71e+18e+9
1e+51e+111e+141e+81e+28e+10

Permeability Units Progression Chart

1 H/m

μH/m:1.0e+6
nH/m:1.0e+9

0.1 H/m

μH/m:1.0e+5
nH/m:1.0e+8

0.01 H/m

μH/m:1.0e+4
nH/m:1.0e+7

1 mH/m

μH/m:1.0e+3
nH/m:1.0e+6

1 μH/m

μH/m:1.0e+0
nH/m:1.0e+3

1 nH/m

μH/m:1.0e-3
nH/m:1.0e+0

Practice Problems

Problem 1:

Convert 2.5 H/m to μH/m

Solution: 2.5 × 10⁶ = 2.5×10⁶ μH/m

Problem 2:

Convert 500 μH/m to nH/m

Solution: 500 × 10³ = 5×10⁵ nH/m

Problem 3:

Convert 1 mH/m to H/m

Solution: 1 × 10⁻³ = 1×10⁻³ H/m

Problem 4:

Convert 1000 nH/m to μH/m

Solution: 1000 × 10⁻³ = 1 μH/m

Problem 5:

Find relative permeability if μ = 2×10⁻⁴ H/m

Solution: μᵣ = (2×10⁻⁴)/(4π×10⁻⁷) ≈ 159

Daily Uses of Permeability

Transformer cores use high permeability materials for efficiency

Magnetic shielding protects electronic devices from interference

Inductor design depends on core material permeability

MRI machines use superconducting magnets with specific permeability

Electric motor efficiency relates to magnetic material permeability

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Quick Reference

📏1 meter
3.28 feet
⚖️1 kilogram
2.2 pounds
🌡️0°C
32°F
🥤1 liter
0.26 gallon