Abohm Converter
Electrical Resistance
Abohm
Select Unit
Abohm is a unit of measurement for electrical resistance in emu-cgs system of units. It is a short of name electromagnetic cgs unit of resistance and it was introduced by Kennelly in 1903. One abohm is equal to 0.001 microohms. The symbol for Abohm is abΩ.
Use this Abohm converter to change values into other electrical resistance units. Enter a value, choose the target unit, and review the converted result without applying the conversion factor by hand.
It is useful when a measurement is recorded in Abohm but a formula, specification, or comparison requires another electrical resistance unit. The available target units are listed below the example and conversion table.
Abohm is one of the units available in this electrical resistance category. Use the result as a reference, and retain suitable precision when the value will be used in a technical or scientific calculation.
The calculator formats results for readability. Display rounding can affect the last digits, so check the original input and the shown precision before copying a result into a report or further formula.
What is Abohm?
Abohm is a unit of measurement for electrical resistance in emu-cgs system of units. It is a short of name electromagnetic cgs unit of resistance and it was introduced by Kennelly in 1903. One abohm is equal to 0.001 microohms.
When comparing Abohm with another unit, make sure both values describe the same type of measurement. The converter applies the available unit relationship and presents the result in the target unit you select.
How to Use Abohm Converter
- Select Abohm from the first dropdown and enter the amount you want to convert.
- Choose the target unit from the second dropdown, such as EMU of Resistance.
- The converter instantly calculates the value and displays the converted result.
- Use the result for comparison, calculations, or quick reference when working with electrical resistance measurements.
For repeated conversions, keep the source unit as Abohm and change only the target unit. If the result will be used in another calculation, use the displayed precision as a guide and verify the final rounding required by your context.
Example of Abohm Conversion
Frequently asked questions about Abohm conversion
What is the Abohm converter used for?
It changes a value from Abohm into another available electrical resistance unit for comparison, reference, or further calculation.Can I use this for everyday and technical conversions?
Yes. Select Abohm as the source unit, choose the target unit, and review the result. Use appropriate precision when applying it to technical work.Why is Abohm conversion important?
Measurements are often recorded in different unit scales. Converting Abohm to the unit required by a formula or comparison makes the value easier to interpret.Abohm to Other Units Conversion Table
| Conversion | Description |
|---|---|
| 1 Abohm = 1e-9 Ohm | 1 Abohm in Ohm is equal to 1e-9 |
| 1 Abohm = 0.000001 Milliohm | 1 Abohm in Milliohm is equal to 0.000001 |
| 1 Abohm = 1e-12 Kiloohm | 1 Abohm in Kiloohm is equal to 1e-12 |
| 1 Abohm = 1e-15 Megaohm | 1 Abohm in Megaohm is equal to 1e-15 |
| 1 Abohm = 0.001 Microohm | 1 Abohm in Microohm is equal to 0.001 |
| 1 Abohm = 1 EMU of Resistance | 1 Abohm in EMU of Resistance is equal to 1 |
| 1 Abohm = 1.11265002973e-21 Statohm | 1 Abohm in Statohm is equal to 1.11265002973e-21 |
| 1 Abohm = 1.11265002973e-21 ESU of Resistance | 1 Abohm in ESU of Resistance is equal to 1.11265002973e-21 |
| 1 Abohm = 1e-9 Volt/Ampere | 1 Abohm in Volt/Ampere is equal to 1e-9 |
| 1 Abohm = 1e-18 Gigaohm | 1 Abohm in Gigaohm is equal to 1e-18 |
| 1 Abohm = 1 Nanoohm | 1 Abohm in Nanoohm is equal to 1 |
| 1 Abohm = 1e-9 Reciprocal Siemens | 1 Abohm in Reciprocal Siemens is equal to 1e-9 |
| 1 Abohm = 3.8740461439806e-14 Quantized Hall Resistance | 1 Abohm in Quantized Hall Resistance is equal to 3.8740461439806e-14 |
| 1 Abohm = 3.3356409519815e-11 Planck Impedance | 1 Abohm in Planck Impedance is equal to 3.3356409519815e-11 |
Convert Abohm to Other Electrical Resistance Units
Disclaimer | TOS | About | Privacy Policy
Copyright@2026