A capacitor blocks DC but allows AC.
A capacitor is a device which blocks DC, but allows AC. When a capacitor is completely charged it does not allow current to pass through it. Initially when capacitor starts charging it has maximum current which flows and voltage is minimum, during charging current decreases with time and voltage increases. When capacitor is completely charged, it has maximum voltage and minimum current. However the AC has both positive and negative half cycles, during positive half cycle capacitor starts charging but during negative half cycle it discharges, and hence it doesn't get fully charged at AC, and current always flows through it.
It allows AC current to go through, but blocks DC current.
Simply how capacitor blocks dc and allows ac after charging?
An electrical generator, these can produce AC or DC electric current.
An electric device that produces an electric current that reverses direction many times per second. Also called a synchronous generator.
An electric transformer is the device that allows electrical energy to be transferred between two AC circuits without a direct electrical connection. This is achieved through electromagnetic induction, where changing currents in one coil induce a voltage in another coil.
a device which changes ac to dc is known as 'conevrter' a device which changes dc to ac is known as 'inverter'
Panasonic and Phillips manufacturer electric shavers (with oscillating or rotating blades) that operate on AC or batteries. However, most electric shavers come with a DC powered device.
capacitor is component used to store and release the electric charge.and also it has feature to block the dc but bypass ac.and inverter is device which converts ac to dc and then again ac
AC stands for alternating current, and DC is direct current. A motor is a device that uses electrical energy to spin. An AC motor uses AC voltage, and a DC motor uses DC voltage. http://ezinearticles.com/?The-Difference-Between-AC-and-DC-Electric-Motors&id=193767
The function of an AC power switch is to control the flow of electricity to an electronic device. It allows the user to turn the device on or off. By using the power switch, the user can easily start or stop the operation of the electronic device, helping to conserve energy and prevent damage from power surges.
The panel itself produces DC and if it is connected to mains electricity it needs a separate converter to change the current to AC.