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New invention of motion less generation of electric power

Started by powercat, August 26, 2009, 08:52:05 AM

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0 Members and 2 Guests are viewing this topic.

listener191

Switched Capacitance Voltage Multiplier with Commutation

Refer to attached Fluke Corporation patent.  Example uses 3 caps so according to the formula  say 30V rms input x .3535 = 84.86V peak to peak

AC output voltage peak to peak is 2 x (N+1) x input voltage  so...  2 x(3+1)= 8 .... 8 x 84.86V = 678V peak to peak ... 678 x .3535 = 239V rms

listener191

correction to my last post 30V rms/.3535= 84.86V peak to peak

listener191

Chopping the DC input with a PWM would provide output voltage control for the converter, as shown in the patent

forest

Is this related to charging capacitors in parallel and discharging in series ?

listener191

Quote from: forest on November 29, 2010, 10:46:17 AM
Is this related to charging capacitors in parallel and discharging in series ?

Yes, the patent describes a scheme by which three electrolytic caps are used to multiply the input DC by charging them in parallel (but in a sequence) then progressively stacking them in series to obtain a 16 x 1.25ms stepped (800 Hz clock) output approxiamating a sine. The process consists of two half sines repeated but with the second half sine, the load polarity is reversed to obtain a negative half sine.
The three caps triple the input and when switch B is closed the multiplication is effectively x 4 as the input volts are added to the three caps total. The input could be chopped to obtain voltage amplitude control.

This scheme appears to be 90% of Winsonali's device. A good starting point for experimentation. Feeding back some output before polarity reversal would cause output voltage to progressively increase. This could be controlled by chopping the DC input at variable high frequency. Of course the exact configuration of Winsonali's device is not known.