Charge Converter
Comprehensive Charge Converter
Charge is a fundamental property in electromagnetism, representing the quantity of electricity held by an object or passing through a conductor. Our Charge Converter enables you to easily convert between various units—from the SI unit, coulomb (C), to larger units like megacoulomb and kilocoulomb, as well as smaller units like microcoulomb, nanocoulomb, and picocoulomb. Additional units such as abcoulomb, statcoulomb (or ESU of charge), franklin, and practical units like ampere-hour and faraday are also included for comprehensive conversion needs.
What Units Are Covered?
Our converter supports a complete range of charge units with conversion factors defined relative to coulomb [C]:
Coulomb [C] (base unit)
Megacoulomb [MC]: 1 MC = 1,000,000 C.
Kilocoulomb [kC]: 1 kC = 1,000 C.
Millicoulomb [mC]: 1 mC = 0.001 C.
Microcoulomb [µC]: 1 µC = 1.0E-6 C.
Nanocoulomb [nC]: 1 nC = 1.0E-9 C.
Picocoulomb [pC]: 1 pC = 1.0E-12 C.
Abcoulomb [abC] and EMU of charge: 1 abC = 10 C.
Statcoulomb [stC], ESU of charge, and Franklin [Fr]: 1 unit = 3.335640951982E-10 C.
Ampere-hour [A*h]: 1 A*h = 3600 C.
Ampere-minute [A*min]: 1 A*min = 60 C.
Ampere-second [A*s]: 1 A*s = 1 C.
Faraday (based on carbon 12): 1 Faraday ≈ 96485.309000004 C.
Elementary charge [e]: 1 e = 1.60217733E-19 C.
How Does It Work?
Our converter uses a two-step process:
Convert to the Base Unit:
The input value is first converted to coulombs using the conversion factor of the selected “From” unit.Convert to the Target Unit:
The coulomb value is then converted to your chosen “To” unit using its corresponding conversion factor.
This process ensures accurate and consistent charge conversions for your scientific and engineering calculations.