I am will be very much thankful if anyone can help me with the design of triggering of 6 BJT in such a way that all the switches need to either block two times the input voltage or block both positive and negative voltages.
What is the source of the 'input' voltage? Is the 'input' AC or DC? Is the 'input' what controls the BJTs, or something to be passed to an output? What load will the BJTs drive?
The Input to the BJTs' are DC voltage source , and BJT are used a switching device to charger the capacitor in parallel way such that each capacitor have voltage stored equal in value to the input DC voltage.
I just need help in the context " How I should switch the BJT in such a way" that they charge the corresponding capacitor equal to the input DC voltage. After that I will use some current limiting phenomenon.
Blocking both +ve and -ve DC voltages will require more than a single BJT per cap, unless the -ve voltage is less than the reverse breakdown voltage of the BJT. What voltage will you be switching?
Per capacitor there are 2 BJTs (I have mentioned that the number of BJTs are six and number of capacitors are 3) , and the voltage at which BJT should be switched can be varied from 1 to 1.5V.
WHAT?? Watt??
5kW is 5000 Watts which is a lot of power.
Very good and huge capacitors can supply 5000 Watts for only a few micro-seconds. Then you charge the capacitors and they produce 5000 Watts for another few micro-seconds.