Longitudinal Wave Experiment to demonstrate Overunity

[Marsing]

hi Marsing,

I have attached the image of your unique request just this once for the purpose of clarifying any doubts.

Since i'm down with a flu bug today and already seen  the doctor which is just 10minutes walk away from my location.
I am now free for the whole day today else i would be free only after 4pm.

HA... HA... HA... HA... HA... HA.... HA....

Magpwr, Since you got a flu, take a rest as much as you need, dont push yourself too hard,  BUT i will push you with my new unique request,  pic below.
ok i won't ask something nonsense anymore, at least for today. 
..

[MarkE]

Marsing, MagPwr's earlier posting shows what one gets from two complementary +/-20V square waves.  The DC offset of each is unknown but must be equal to get a symmetric swing about zero.

[magpwr]

hi everyone,

I have placed 0.1ohms resistor in series with all the capacitors in the circuit.
This is done to increase the Equivalent Series Resistance(ESR) of the capacitors.

This will be version 6.2 .

Time to grab my 2nd round of recovery nap.

[MarkE]

magpwr it turns out that Multisim has a nice relatively convenient power meter built in.  You can hook one up to the input and one to the output to see how you are doing.

[magpwr]

magpwr it turns out that Multisim has a nice relatively convenient power meter built in.  You can hook one up to the input and one to the output to see how you are doing.

hi MarkE,

I have done that already for someone whom requested it earlier in this topic.
I have previously attached the image of watt meter with circuit.

The watt meter showed zero watt which i was not surprise due to it's limitation in handling very narrow spikes.

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Latest update -I have added 10000uf capacitor before fuse to remove spike so that we can see clearly how much current the circuit is really consuming.
Using 0.1 ohms resistor after inserting 10000uf capacitor i am finally able to see the current draw for this circuit.
85mV/0.1ohm =850mA (DC after circuit stabilized) at 6.6v input.

By adding even higher value capacitor i am still unable to get the watt meter to function.

This is it guys.This is the most accurate presentation of input current in dc i can produce.

For this experiment i have attached the most important video which everyone was looking out for.


Estimate power in watt ignoring the really really tiny ripples=0.85Ax6.6volt=5.61watts.