Abohm Centimeter to Ohm Inch Conversion

Convert between Abohm Centimeter and Ohm Inch quickly and accurately.

abΩ·cm
Ω·in

How to Convert Abohm Centimeter to Ohm Inch

Conversion Formula

1 abΩ·cm = 4E-10 Ω·in
1 Ω·in = 2540000000 abΩ·cm

Example

Convert 15 abΩ·cm to Ω·in:

15 abΩ·cm = 15 × 4E-10 Ω·in = 6E-9 Ω·in

Unit Information

Learn about the electric resistivity units you're converting between

Abohm Centimeter

abΩ·cm

Definition

An extremely small unit of electric resistivity in the CGS electromagnetic system equal to 1.0E-11 ohm meters. Used for measuring ultra-low resistivity materials in specialized scientific and engineering applications.

History/Origin

Part of the CGS electromagnetic system of units, where "ab" stands for "absolute." The abohm centimeter was used in early electrical measurements before the adoption of the SI system for precise resistivity characterization.

Current Use

Used in specialized scientific research, particularly in physics and materials science for measuring ultra-low resistivity materials. Still referenced in some technical literature and historical measurements.

Multiplier

1E-11

Offset

0

Ohm Inch

Ω·in

Definition

An imperial unit of electric resistivity equal to 0.0254 ohm meters. Used primarily in countries following imperial measurement systems for electrical resistivity measurements and material characterization.

History/Origin

Developed as an imperial equivalent to the metric ohm centimeter for electrical resistivity measurements. The inch-based unit was commonly used in North American electrical engineering and manufacturing industries.

Current Use

Primarily used in North American electrical engineering, manufacturing, and quality control applications. Common in industries that follow imperial measurement standards for material resistivity testing and specification.

Multiplier

0.025

Offset

0

Abohm Centimeter to Ohm Inch Conversion Table

Abohm Centimeter [abΩ·cm] Ohm Inch [Ω·in]
1 abΩ·cm 4E-10 Ω·in
10 abΩ·cm 4E-9 Ω·in
25 abΩ·cm 1E-8 Ω·in
50 abΩ·cm 2E-8 Ω·in
100 abΩ·cm 4E-8 Ω·in
0 abΩ·cm 0E+0 Ω·in
-10 abΩ·cm -4E-9 Ω·in
-40 abΩ·cm -2E-8 Ω·in