Volt per Inch to Kilovolt per Meter Conversion

Convert between Volt per Inch and Kilovolt per Meter quickly and accurately.

From Volt per Inch

V/in

To Kilovolt per Meter

kV/m

How to Convert Volt per Inch to Kilovolt per Meter

Conversion Formula

1 V/in = 0.039 kV/m

1 kV/m = 25.4 V/in

Example

Convert 15 V/in to kV/m:

15 V/in = 15 × 0.039 kV/m = 0.591 kV/m

Unit Information

Learn about the electric field strength units you're converting between

Volt per Inch

V/in

Definition

The Volt per Inch (V/in) equals approximately 39.37 volts per meter, providing a convenient imperial unit for measuring electric field strengths. This unit is commonly used in North American electrical engineering and applications using imperial measurements.

History/Origin

The volt per inch unit developed from the practical need to express electric field strengths in imperial units, particularly in North American electrical engineering. It became standard in applications where inch-scale measurements were more convenient than metric units.

Current Use

Volt per inch is commonly used in North American electrical engineering, electrical testing, and applications where imperial units are preferred. It is particularly useful in electrical equipment design and testing in the United States and Canada.

Multiplier

39.37

Offset

Kilovolt per Meter

kV/m

Definition

The Kilovolt per Meter (kV/m) is equal to 1,000 volts per meter, commonly used for measuring strong electric fields. This unit is particularly useful in high-voltage applications, power transmission systems, and industrial electrical equipment where field strengths are significant.

History/Origin

The kilovolt per meter emerged with the development of high-voltage electrical systems in the late 19th and early 20th centuries. As electrical power transmission expanded, engineers needed convenient units for expressing the strong electric fields present in power lines and electrical equipment.

Current Use

Kilovolt per meter is extensively used in power engineering, high-voltage testing, and electrical safety analysis. It is crucial for designing power transmission lines, electrical insulation systems, and understanding the electric fields in high-voltage environments.

Multiplier

1000

Offset