Inductance Converter

Popular Inductance Conversions

• henry to millihenry
• millihenry to microhenry
• microhenry to nanohenry
• nanohenry to picohenry

Complete List of Inductance Units

All available inductance units for conversion:

• henry [H]
• 1 henry [H] = 1000 millihenry [mH]
  millihenry to henry, henry to millihenry
• 1 henry [H] = 1000000 microhenry [μH]
  microhenry to henry, henry to microhenry
• 1 henry [H] = 1000000000 nanohenry [nH]
  nanohenry to henry, henry to nanohenry
• 1 henry [H] = 1e+12 picohenry [pH]
  picohenry to henry, henry to picohenry
• 1 kilohenry [kH] = 1000 henry [H]
  kilohenry to henry, henry to kilohenry
• 1 megahenry [MH] = 1000000 henry [H]
  megahenry to henry, henry to megahenry
• 1 henry [H] = 1e+15 femtohenry [fH]
  femtohenry to henry, henry to femtohenry
• 1 henry [H] = 1e+18 attohenry [aH]
  attohenry to henry, henry to attohenry
• 1 henry [H] = 1000000000 abhenry [abH]
  abhenry to henry, henry to abhenry
• 1 stathenry [statH] = 8.9875518e+20 henry [H]
  stathenry to henry, henry to stathenry

Electrical Inductance

Inductance measures ability to store magnetic energy in magnetic field. Essential for transformers, motors, and filtering applications.

Inductance Fundamentals

Inductance (L) in henries (H). Opposes current changes. Creates back-EMF proportional to current change rate.

Magnetic Energy

Inductor energy: E = ½LI². Transformers use mutual inductance. Motors and generators rely on inductance principles.

Frequency Response

Inductive reactance: XL = 2πfL. Higher impedance at higher frequencies. Complementary to capacitive behavior.

Common Applications

Transformers, motors, generators, inductors, filtering, and power electronics.

Conversion Tips

Power inductors: µH-mH range. Transformers: H range. Iron cores increase inductance. Inductors oppose current changes.