Electric Current Converter

An Electric Current Converter Online Tool is a digital platform that helps users convert between different units of electric current. With this tool, users can easily switch between units like ampere, kiloampere, megaampere, and others. The tool is user-friendly and offers fast and accurate conversions. This tool is ideal for engineers, technicians, and students in electrical engineering who require quick and precise conversions of electric current units. With this tool, users can save time and avoid the hassle of manual calculations.

Electric current is a measure of the flow of electric charge through a conductor or any material that can conduct an electric charge. The standard unit of electric current is the ampere (A), which is the flow of electric charge through a conductor in one second. However, there are several other units of electric current, each with its own definition and use.

• Abampere (abA) - This unit is equivalent to 10^-9 ampere and is used to express very small electric currents.
• Biot (Bi) - This unit is used in the study of electrical circuits and is defined as the current that produces a magnetic field of one maxwell per square centimeter.
• Centiampere (cA) - This unit is equivalent to 0.01 ampere and is used to express small electric currents.
• Coulomb/second - This unit is equivalent to an ampere and is used to express the flow of electric charge in one second.
• EMU of current - This unit is used in the study of electrical circuits and is defined as the electromagnetic unit of electric current.
• ESU of current - This unit is used in the study of electrical circuits and is defined as the electrostatic unit of electric current.
• Franklin/second - This unit is used in the study of electrical circuits and is defined as the flow of electric charge in one second.
• Gaussian electric current - This unit is used in the study of electrical circuits and is defined as the flow of electric charge in one second in a Gaussian system of units.
• Gigaampere (GA) - This unit is equivalent to 10^9 ampere and is used to express large electric currents.
• Gilbert (Gi) - This unit is used in the study of electrical circuits and is defined as the magnetic field that results from an electric current of one ampere flowing in a circular loop.
• Kiloampere (kA) - This unit is equivalent to 10^3 ampere and is used to express large electric currents.
• Megaampere (MA) - This unit is equivalent to 10^6 ampere and is used to express large electric currents.
• Microampere (µA) - This unit is equivalent to 10^-6 ampere and is used to express small electric currents.
• Milliampere (mA) - This unit is equivalent to 10^-3 ampere and is used to express small electric currents.
• Nanoampere (nA) - This unit is equivalent to 10^-9 ampere and is used to express very small electric currents.
• Picoampere (pA) - This unit is equivalent to 10^-12 ampere and is used to express very small electric currents.
• Siemens volt - This unit is used in the study of electrical circuits and is defined as the electrical resistance of a conductor that produces a potential difference of one volt when a current of one ampere flows through it.
• Statampere (stA) - This unit is used in the study of electrical circuits and is defined as the electric current that produces a force of one dyne per unit charge.
• Teraampere (TA) - This unit is equivalent to 10^12 ampere and is used to express large electric currents.
• Volt/ohm - This unit is used in the study of electrical circuits and is definedas the electrical potential difference that produces a current of one ampere in a conductor with a resistance of one ohm.
• Watt/volt - This unit is used to express electrical power and is defined as the amount of power required to produce a potential difference of one volt across a conductor with a current of one ampere flowing through it.
• Weber/henry - This unit is used in the study of electrical circuits and is defined as the magnetic flux that results from an electric current of one ampere flowing in a circular loop with a cross-sectional area of one square meter.

In conclusion, each of these units of electric current has its own definition and use, and it is important to understand the differences between them in order to properly measure and express electric current.