CIRCUIT DIAGRAM CIRCUIT EXPLANATION There is rechargeable battery in it which stores DC charge in it. This D converted to an AC current using an inverter and that is given to a volt multiplier which produces a high voltage. This very high voltage is give two terminals of the grids. As the name suggests this circuit converts AC electrical power from a voltage to a higher DC voltage, typically using a network of capacitors diodes. In principle it’s a rectifier. e can see that from the presence diodes.
There is rechargeable battery in it which stores DC charge in
it. This DC is converted to an AC current using an inverter and
that is given to a voltage multiplier which produces a high
voltage. This very high voltage is given to the two terminals of
the grids.
As the name suggests this circuit convertsAC electrical
powerfrom a lower voltage to a higherDC voltage, typically using a
network of capacitors and diodes. In principle its a rectifier. We
can see that from the presence of the diodes.
