Electric current converter for accurate electric current unit conversions

This electric current converter tool helps you perform accurate electric current conversions between 29 units:

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Common electric current units explained

Learn more about these commonly used electric current units:

All possible electric current conversions

Below, we provide an overview of all the electric current conversions available on this website to help you navigate and utilize our resources efficiently.

Unit	Conversion
Amperes (A)	Base unit
Kiloamperes (kA)	Kiloamperes to Amperes \| Amperes to Kiloamperes
Megaamperes (MA)	Megaamperes to Amperes \| Amperes to Megaamperes
Milliamperes (mA)	Milliamperes to Amperes \| Amperes to Milliamperes
Microamperes (µA)	Microamperes to Amperes \| Amperes to Microamperes
Biots (Bi)	Biots to Amperes \| Amperes to Biots
Abamperes (abA)	Abamperes to Amperes \| Amperes to Abamperes
Statamperes (statA)	Statamperes to Amperes \| Amperes to Statamperes
Abstatamperes (abstatA)	Abstatamperes to Amperes \| Amperes to Abstatamperes
Quettaamperes (QA)	Quettaamperes to Amperes \| Amperes to Quettaamperes
Ronnaamperes (rA)	Ronnaamperes to Amperes \| Amperes to Ronnaamperes
Yottaamperes (YA)	Yottaamperes to Amperes \| Amperes to Yottaamperes
Zettaamperes (ZA)	Zettaamperes to Amperes \| Amperes to Zettaamperes
Exaamperes (EA)	Exaamperes to Amperes \| Amperes to Exaamperes
Petaamperes (PA)	Petaamperes to Amperes \| Amperes to Petaamperes
Teraamperes (TA)	Teraamperes to Amperes \| Amperes to Teraamperes
Gigaamperes (GA)	Gigaamperes to Amperes \| Amperes to Gigaamperes
Hectoamperes (hA)	Hectoamperes to Amperes \| Amperes to Hectoamperes
Dekaamperes (daA)	Dekaamperes to Amperes \| Amperes to Dekaamperes
Deciamperes (dA)	Deciamperes to Amperes \| Amperes to Deciamperes
Centiamperes (cA)	Centiamperes to Amperes \| Amperes to Centiamperes
Nanoamperes (nA)	Nanoamperes to Amperes \| Amperes to Nanoamperes
Picoamperes (pA)	Picoamperes to Amperes \| Amperes to Picoamperes
Femtoamperes (fA)	Femtoamperes to Amperes \| Amperes to Femtoamperes
Attoamperes (aA)	Attoamperes to Amperes \| Amperes to Attoamperes
Zeptoamperes (zA)	Zeptoamperes to Amperes \| Amperes to Zeptoamperes
Yoctoamperes (yA)	Yoctoamperes to Amperes \| Amperes to Yoctoamperes
Rontoamperes (rA)	Rontoamperes to Amperes \| Amperes to Rontoamperes
Quectoamperes (qA)	Quectoamperes to Amperes \| Amperes to Quectoamperes

What is electric current?

Electric current is the flow of electric charge through a conductor, such as a wire or circuit. It is a fundamental concept in the field of electricity and electronics, describing how electrons move through materials to transmit energy. In simple terms, electric current measures how much charge is flowing past a specific point in a circuit over a given time.

Units of Measurement for Electric Current

Electric current is measured in amperes (A), commonly known as "amps". The ampere is the base unit of electric current in the International System of Units (SI). Other units are used in specific contexts, but the ampere is the most universally recognized and applied standard.

FAQs

What causes electric current to flow?

Electric current flows when there is a voltage difference (potential difference) between two points, causing electrons to move from a region of negative potential to a region of positive potential through a conductor.

How is electric current measured?

Electric current is typically measured using an ammeter. The ammeter is connected in series with the circuit so it can measure the flow of electric charge accurately.

What is the difference between alternating current (AC) and direct current (DC)?

Direct Current (DC) flows consistently in one direction, while Alternating Current (AC) periodically reverses direction. Most household devices use AC, whereas batteries provide DC.

Can electric current exist without voltage?

No, electric current cannot exist without a voltage source. The voltage provides the necessary force to push the electrons through the conductor, creating current flow.

Is higher current always dangerous?

Higher current can be extremely dangerous as it generates heat and can cause electric shocks or fires. However, the danger also depends on factors like voltage, resistance, and the path the current takes through the body or circuit.