I am working on a project for power generator. I intend using volt multiplier circuit and current amplifier circuit to achieve this feet. In practical terms I want know if this can be achieved.
I have the following part list for this:
Capacitors
Diodes
Power Transistors
Resistors
Still reviewing the specs for these parts.
Would appreciate any help on this.
Thanks.

 

@John K_1436524989

Start with power input. Then expect power output to be something less.

That said, when you double voltage, your current gets cut by more than half. You end up with less power every time you change conditions. So, you cannot use circuitry to double voltage and then another circuit to double current and expect 4x the power that you put in to drive your generator.

 

What is this for?
What is the source of the 6 VDC?
How much input current is available?
How much output current do you need?
Is this system to run continuously, or do you just need high voltage pulses?

If the output current requirement is very low, you can use the 6 V to run a DC motor in a Van de Graaff generator.

https://en.wikipedia.org/wiki/Van_de_Graaff_generator

ak

 

Do you mean 15kV?
The typical way to generate 15kV is with a flyback circuit such as used in CRT displays.

 

An automobile ignition coil could get you there if you need only a small current.
Google "electric fence schematic".

 

What is this for?
What is the source of the 6 VDC?
How much input current is available?
How much output current do you need?
Is this system to run continuously, or do you just need high voltage pulses?

If the output current requirement is very low, you can use the 6 V to run a DC motor in a Van de Graaff generator.

https://en.wikipedia.org/wiki/Van_de_Graaff_generator

Thanks. The output current will be 60 amps and the system will run continuously. I want to believe, current can be amplified. Is this correct?

 

You haven't answered the questions posted above. No answers = no progress .

I want to believe, current can be amplified. Is this correct?

You can use a small current to control a large current (e.g. transistor base current controlling collector current, or a DC current controlling a magnetic amplifier output voltage and hence load current), but it isn't really amplification in my view; the current has to be drawn from a voltage source.
You can trade voltage for current, e.g. put high voltage at low current into a transformer and get low voltage at high current out. But you can never get more power out than you put in.

 

Ok, is it possible to use circuitry to output 15kva from a 12vdc dynamo?

 

Only if it is a 25 horsepower dynamo.

ak