Are Tommey Reed´s pulse motor circuits overunity ?

[wattsup]

@nyctuber

Thanks for that. With so many videos and lack of time, I appreciate your quick response. I will look into it further.

[nyctuber]

@nyctuber

Thanks for that. With so many videos and lack of time, I appreciate your quick response. I will look into it further.

n/p

New video up, guess he's burning the midnight overunity oil  http://www.youtube.com/watch?v=Cvq35tKcAOs&feature=channel_page

[bearicey]

n/p

New video up, guess he's burning the midnight overunity oil  http://www.youtube.com/watch?v=Cvq35tKcAOs&feature=channel_page

PWM  40% ~ 50%  @10khz
=======================================
Input   ~  85V   x     3.7 A    x  Duty cycle (40~50%)
Output ~  51V   x      4.9 A
=======================================

Tommey only multiply the Voltage with the percentage of PWM duty cycle on the input side.

Domestic AC runs at 50~60hz, a PWM runs hundreds of times faster at 3~5khz @DC, will this still work for most meters ?

[Groundloop]

Stefan,

Quote: "You forgot to calculate the duty cycle into it."

If you want to calculate the duty cycle on the input then you must also calculate the duty cycle on the output.
So both numbers (input and output) must be divided by 50%. The calculated efficiency number will stay the same.

In one of his videos he describe his method of operation. A coil has four diodes connected and a mosfet switch.
The mosfet switch is controlled by a PWM oscillator. He uses a large capacitor(s) at the input and also a large
capacitor bank at the output.  At the output he connects various loads. He claims that the power collected
from the collapsing field in the coil (channeled to the output via diodes) is greater than the applied power input
to the circuit. To prove his claim he is using digital volt meters and a digital clip on Ampere meter. I have stated
in one of my posts that I doubt the Ampere meter reading to be 100% correct. It all depends on what type of
clip on Ampere meter he is using. If it is measuring AC then the thing he is measuring is the DC ripple on the
wire and not the real DC current flow. I do not know the frequency of his oscillator but if it is higher than 100Hz
then most clip on Ampere meters will not show the correct current.

That said, I still think that Mr. Tommey Reed is doing a very good research.

Regards,
Groundloop.

[Mk1]

@all

This is more then plausible , It look like Tesla works tho.

Energy from the vacum , pulse a coil , you will see!

Copper doesn't really like electricity, pushing current will create a push back effect when disconnecting the current , the push back is of greater force then the push. I don't care how you call it.

Test it for yours self ! I did !

With a coil and a 9 v battery , it will light a 120v neon easy, i used a coil from a hair clipper , he used a transformer coil.
With a 9v battery i got peaks of over 1800 v . I tested with the same coil with a cap and a 1.5 volt aa cell , and got over 40v in the cap in one pulse.

People , help your self , please try , the grow !

I pulsed it manually .