Current - Measurement Units, Conversion Chart and Calculator

Current Conversion Calculator

Use Current Calculator to convert between different current measurement units.

Current Conversion Chart

Following is current conversion chart based on the SI unit amps :

Unit and Converted Value
1 abamps = 10 amps
1 attoamps = 1e-18 amps
1 biots = 3.33564e-10 amps
1 centiamps = 0.01 amps
1 decaamps = 10 amps
1 deciamps = 0.1 amps
1 gilberts = 3.33564e-10 amps
1 hectoamps = 100 amps

Unit and Converted Value
1 kiloamps = 1.00e+3 amps
1 megaamps = 1.00e+6 amps
1 microamps = 0.000001 amps
1 milliamps = 0.001 amps
1 nanoamps = 1e-9 amps
1 picoamps = 1e-12 amps
1 statamps = 3.33564e-10 amps
1 teraamps = 1.00e+12 amps

Current Measurement Units

What are Current Measurement Units?

Current measurement refers to the quantification of electric current, which is the flow of electric charge through a conductor. The unit of electric current is the ampere (A), but other subunits like milliamperes (mA) and microamperes (µA) are also commonly used for measuring smaller currents. Electric current is crucial in powering electronic devices, conducting research, and many industrial applications.

How Current Measurement Units are Useful in Real Life:

Electronics and Gadgets: Amperes and milliamperes are used to measure the current flowing through electronic devices like smartphones, laptops, and household appliances. This helps ensure that circuits are operating within safe limits.
Power Systems: In power distribution, amperes are used to measure the current flowing through power lines. This information is critical for maintaining grid stability and preventing overloads.
Battery-powered Devices: Measuring current is important in understanding the power consumption of battery-operated devices, from flashlights to electric vehicles. This helps optimize battery life and efficiency.
Medical Equipment: Current measurement is essential in medical devices like pacemakers, electrocardiograms (ECGs), and other diagnostic equipment that rely on electrical currents for operation.
Manufacturing and Industry: In industrial settings, current measurement ensures the proper functioning of machines, motors, and assembly lines. It helps with predictive maintenance by detecting irregularities in the current flow.
Research and Laboratories: Current measurements are vital in scientific experiments and research, where precise control of electrical current is required for conducting experiments and testing materials.