2. The movement of electricity: The meter on the wall measures the amount of current used in Sheldon's household.
The currant bushes grew next to the river current which was helpful in washing the berries when Lila was harvesting them.
2. A flow of electricity: The lights flickered a lot last night because of the unsteady current during the storm.
3. A common movement or tendency in society: A current of popular belief often decides a presidential election.
2. Charged particles, most often electrons, moving through a conductor or transmitter; such as, copper and aluminum.
3. A flow of charged particles; such as, electrons or protons, accompanied by the field which they generate.
4. Movement of electric charge carriers.
In a wire, electric current is a flow of electrons that have been dislodged from atoms and is a measure of the quantity of electrical charge passing any point of the wire per unit of time.

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2. A device which is used to measure the magnitude of an electric current of several amperes or more.
An ammeter is usually combined with a voltmeter and an ohmmeter in a multipurpose tool.
2. Motions of charged particles; for example, in the ionosphere, that are giving rise to electric and magnetic fields.
2. A device that measures voltage in amplifier-rectifier circuits.
2. A control circuit used to change or to vary the speed of a direct-current (DC) motor operated from an alternating-current (AC) power line.
Silicon controlled rectifiers or power transistors rectify or correct the voltage and vary the field current of the motor.
The three types are direct monophasic, alternating biphasic, and pulsed polyphasic electric current.
2. A steady direct current; especially, one that is produced chemically.
2. The electric current resulting from the motion of ions.
2. A positive-ion current produced by collisions between electrons and residual gas molecules in an electron tube.
The term anode is a general term for the electrode, terminal, or element through which current enters a conductor; so called from the path the electrical current was thought to take.
2. A situation in which the anode current of an electron tube can not be further increased by increasing the anode voltage.The electrons are then being drawn to the anode at the same rate as they are emitted from the cathode.
2. A pair of circuits in which the elements of one circuit are replaced by their dual elements in the other circuit according to the duality principle; for example, currents are replaced by voltages, capacitances by resistances.
In the United States, the standard is 120 reversals or 60 cycles per second. Electricity transmission networks use alternating current because voltage can be controlled with relative ease.
Alternating current is easier to transmit over long distances than direct current (DC), and it is the form of electricity used today in most homes and businesses.
To be used for typical 120 volt or 220 volt household appliances, DC must be converted to alternating current, its opposite.
The electrons in some atoms; such as, copper and aluminum, are free to move and to jump from one atom to another and such materials are known as conductors.
Other materials; such as, wood, do not contain as many moving electrons, and so they are called insulators and when a material is neither completely a conductor nor an insulator, it is called a semiconductor.
When an electric current moves continuously in one direction, it is called a direct current and when the current fluctuates rapidly back and forth, it is called an alternating current.
Alternating current is used in almost all worldwide household wiring today while direct current is commonly seen in battery-operated devices.
This current increases with increasing voltage and temperature.
Also see blocking diode.
The efficiency of the inverter is lowest when the load demand is low.