hi, i'm given a project assignment of building a supercapacitor which can store roughly 700V to 1000V.
Now i'm designing a circuit (discharging) which can help me light up a few LEDs using Voltage charge stored in the
supercapacitor. The purpose of the circuit is to show that the supercapacitor can Light up the LEDS for a certain period of
time.. I would like to know how to design a circuit which can control the rate of discharge of the supercapacitor.
what are the components required to step down and control the high voltage in order not to destroy the LEDs...
well, by the formula given to us C= Q/V
our C = 24uF
Q = Unkown
V = 700 or 1000V
so by our calculations , the charge will be 0.0168 or 0.024
And we are GIven this supercapacitor to run a circuit so a certain period of time. so i dont really wish to use batts or anything. I jus wanna know how to step down the high voltage and light the LEDs for a period of time. i need suggestions. e.g stepdown transformers , regulatars
well, by the formula given to us C= Q/V
our C = 24uF
Q = Unkown
V = 700 or 1000V
so by our calculations , the charge will be 0.0168 or 0.024
And we are GIven this supercapacitor to run a circuit so a certain period of time. so i dont really wish to use batts or anything. I jus wanna know how to step down the high voltage and light the LEDs for a period of time. i need suggestions. e.g stepdown transformers , regulatars