Volt per ampere (V/A) to Milliohm (mΩ) converter
Volt per ampere (V/A) to Milliohm (mΩ) converter
Converting from Volt per ampere (V/A) to Milliohm (mΩ) | Electrical resistance
What is Volt per ampere (V/A)
Volt per ampere (V/A) is the unit of measurement for electrical resistance. It represents the ratio between voltage (V) and current (A) in an electrical circuit. It is commonly used to quantify how much resistance an electrical component or device offers to the flow of electric current.
What is Milliohm (mΩ)
Milliohm (mΩ) is a metric unit used to measure electrical resistance. It is equal to one thousandth of an ohm. Milliohms are often used in situations where very low resistance values need to be measured or specified, such as in electronic circuits or when dealing with high-current applications.
Conversion Formulas
The default conversion between Volt per ampere (V/A) and Milliohm (mΩ) is as follows:
Other common conversions include:
Examples
Converting 7 V/A to mΩ:
- 7(V/A)=7000(mΩ)
Converting 20 mΩ to V/A:
- 20(mΩ)=0.02(V/A)
Converting 12 V/A to mΩ:
- 12(V/A)=12000(mΩ)
In conclusion, understanding the conversion between Volt per ampere (V/A) and Milliohm (mΩ) is essential in electrical engineering and helps in accurately determining the resistance in an electrical circuit.
Volt per ampere to Milliohm conversion table
V/A to mΩ conversion table
Volt per ampere (V/A) | Milliohm (mΩ) |
---|---|
0.01 V/A | 10 mΩ |
0.1 V/A | 100 mΩ |
1 V/A | 1 000 mΩ |
2 V/A | 2 000 mΩ |
3 V/A | 3 000 mΩ |
4 V/A | 4 000 mΩ |
5 V/A | 5 000 mΩ |
6 V/A | 6 000 mΩ |
7 V/A | 7 000 mΩ |
8 V/A | 8 000 mΩ |
9 V/A | 9 000 mΩ |
10 V/A | 10 000 mΩ |
10 V/A | 10 000 mΩ |
20 V/A | 20 000 mΩ |
30 V/A | 30 000 mΩ |
40 V/A | 40 000 mΩ |
50 V/A | 50 000 mΩ |
60 V/A | 60 000 mΩ |
70 V/A | 70 000 mΩ |
80 V/A | 80 000 mΩ |
90 V/A | 90 000 mΩ |
100 V/A | 100 000 mΩ |
1 000 V/A | 1 000 000 mΩ |
2 000 V/A | 2 000 000 mΩ |
3 000 V/A | 3 000 000 mΩ |
4 000 V/A | 4 000 000 mΩ |
5 000 V/A | 5 000 000 mΩ |
6 000 V/A | 6 000 000 mΩ |
7 000 V/A | 7 000 000 mΩ |
8 000 V/A | 8 000 000 mΩ |
9 000 V/A | 9 000 000 mΩ |
10 000 V/A | 10 000 000 mΩ |