I wondered if staging the CW voltage multiplier can be arranged so that adding stages increases the voltage by factors of 2. As they are used now, the voltage is only increased additively by adding additional stages. That is, adding another stage increases the voltage to 3 times, another to 4 times, another to 5 times, etc. I was seeking an arrangement that would instead multiply the voltage times two with each stage. The response I got was the CW takes AC then sends it to DC. So I would need to then convert the output to AC to apply another CW under this arrangement. But then this would bring it back to the same AC range at the beginning.
So how about this circuit, the Greinacher voltage quadrupler:
https://en.m.wikipedia.org/wiki/Voltage_doubler#Greinacher_circuit
I'm looking at the quadrupler discussed there not the doubler. Then even if when adding a DC to AC converter the peak AC voltage got halved, the peak AC out would still be double that of the initial AC in.
So repeating this circuit consisting of a Greinacher quadrupler followed by a DC to AC converter, I would get a voltage doubling at each stage.
Correct?
Bob Clark
So how about this circuit, the Greinacher voltage quadrupler:
https://en.m.wikipedia.org/wiki/Voltage_doubler#Greinacher_circuit
I'm looking at the quadrupler discussed there not the doubler. Then even if when adding a DC to AC converter the peak AC voltage got halved, the peak AC out would still be double that of the initial AC in.
So repeating this circuit consisting of a Greinacher quadrupler followed by a DC to AC converter, I would get a voltage doubling at each stage.
Correct?
Bob Clark
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