Resistance Converter

Popular Resistance Conversions

• ohm to kiloohm
• kiloohm to ohm
• megaohm to kiloohm
• milliohm to ohm

Complete List of Resistance Units

All available resistance units for conversion:

• ohm [Ω]
• 1 kiloohm [kΩ] = 1000 ohm [Ω]
  kiloohm to ohm, ohm to kiloohm
• 1 megaohm [MΩ] = 1000000 ohm [Ω]
  megaohm to ohm, ohm to megaohm
• 1 ohm [Ω] = 1000 milliohm [mΩ]
  milliohm to ohm, ohm to milliohm
• 1 ohm [Ω] = 1000000 microohm [μΩ]
  microohm to ohm, ohm to microohm
• 1 gigaohm [GΩ] = 1000000000 ohm [Ω]
  gigaohm to ohm, ohm to gigaohm
• 1 teraohm [TΩ] = 1e+12 ohm [Ω]
  teraohm to ohm, ohm to teraohm
• 1 ohm [Ω] = 1000000000 nanoohm [nΩ]
  nanoohm to ohm, ohm to nanoohm
• 1 ohm [Ω] = 1e+12 picoohm [pΩ]
  picoohm to ohm, ohm to picoohm
• 1 ohm [Ω] = 1e+15 femtoohm [fΩ]
  femtoohm to ohm, ohm to femtoohm
• 1 ohm [Ω] = 1e+18 attoohm [aΩ]
  attoohm to ohm, ohm to attoohm
• 1 ohm [Ω] = 1000000000 abohm [abΩ]
  abohm to ohm, ohm to abohm
• 1 statohm [statΩ] = 8.9875518e+16 ohm [Ω]
  statohm to ohm, ohm to statohm

Electrical Resistance

Electrical resistance opposes current flow. Measured in ohms, fundamental to circuit design. Ohm law relates voltage, current, and resistance.

Resistance Fundamentals

Electrical resistance (R) in ohms (Ω). Opposition to current flow. Higher resistance = less current for given voltage.

Material Properties

Conductors: low resistance (copper: ~17 nΩ⋅m). Semiconductors: variable resistance. Insulators: very high resistance.

Temperature Effects

Metal resistance increases with temperature. Semiconductor resistance decreases with temperature. Critical for thermal design.

Common Applications

Circuit design, heating elements, current limiting, voltage division, and thermal management.

Conversion Tips

Ohm law: V = IR. Wire resistance depends on length, area, and material. Heating elements use high resistance materials.