Color's Kapanadze forum, FE builds circuits and comments

[color]

Jack Noskills

Re: Simple to build isolation transformer that consumes less power than it gives out
« Reply #347 on: November 29, 2012, 09:15:17 AM »
I need to ask a question about power measurement in below circuit. Two loads A and B connected to 220 V AC. U1 is 3 volts and lets say I1 is 100 ma. U2 is 120 volts and I2 is 200 ma. This matches the real behaviour of this simple circuit: it halves source voltage and doubles the amps.
Power consumed by load A is 3 V * 0.1 A = 0.3 watts and power consumed by load B is 120 V * 0.2 A = 24 watts. Is power consumed by the system from the source 0.3 watts, 24 watts or something else ?

The way I see it is that when power is taken from point B there will be current increase seen at the source but not power increase because voltage changes only slightly. Hence current increase does not mean power increase in this case.

Forest, TheCell, can you fill in values of U1, U2, I1 and I2 in your setup ?

To make this self run would require use of DC-AC converter and then DC feedback from the output back to DC using diode bridge, possibly step it down without using trafo. Trafo would limit the amount of feedback. I don't have inverter available to make any tests but I think this is how TK makes feedback.

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Jack Noskills

Re: Simple to build isolation transformer that consumes less power than it gives out
« Reply #351 on: November 29, 2012, 03:30:24 PM »
At the moment I am not aware of successfull replication. I wanted to ask this question because I think conclusions made from earlier replication attempts may not be correct.

But, lets say U1 is 3 volts, would you consider this circuit to be OU or not ?



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The dead time is determined by the complementary switching of the two IGBTs at the top and the bottom of the output voltage of a single-phase half-bridge inverter. At this time, if both switches are turned on, the device may burn out (short circuit fault), so turn on with a slight time difference. This slight difference in time is called dead time or blanking time.

[color]

The point is to say that the transformer is inoperative because of Load A.
So can the dead time be complete?

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To make this self run would require use of DC-AC converter and then DC feedback from the output back to DC using diode bridge, possibly step it down without using trafo. Trafo would limit the amount of feedback. I don't have inverter available to make any tests but I think this is how TK makes feedback.
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The reasoning of a member of Jack Noskills is virtually missing the understanding of how the TK-generator works.
But,

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forest

Re: Color's Kapanadze forum, FE builds circuits and comments
Reply #1055 on: February 06, 2021, 11:46:22 am »
Yes, seems so, but how long? When the filament is heated would it change the resonant frequency? Also we don't know the input versus output measurements. But the exhibition is quite astonishing indeed.
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The'forest' member asked again at the end of eight years whether the resonant frequency (dead time) could change if the filament was heated.
My dad has a very good memory.
So the discussion between the members of'Jack Noskills' and'forest' was summoned again.
The'forest' member's question is related to how the TK-generator works,
The fundamental working principle of the generator and the change in the resonant frequency due to'filament heating' are irrelevant.
Impedance is required to induce resonance of the secondary coil and capacitor,
This is just a small operation limited to the push-pull circuit,
This is because the real resonance occurs only when the Tesla matches the push-pull resonance.

Let's take a simple example.

God turns man into mud and breathes, so that a living man breathes.
The yoke-transformer push-pull circuit is like a breathless person.
At this time, a person has no breath, but must be like a complete person.
Tesla is like breath.
In a fully-formed push-pull state, the Tesla must be combined for a person to breathe.

The'filament heating' method suggested by'forest' members is a small challenge that people who complete the generator initially experience, and is not the only idea of'forest' members.
The use of resistors or other methods is the method used by Akura and Ruslan in the initial operation of the generator.
2.3 MΩ is the way Ruslan thought,
Akura used a small light bulb.

[color]

Materials other than conventional light bulbs or resistors can be used.

[forest]

The principle should be easy. In other case noone could replicate it and we know that many people in the past have even better devices generating copious amount of kW like Hubbard, Amman brothers or Hendershot.

[NdaClouDzzz]

       "If you have 2 coils with the same resistance then, for the same input wattage, the coil with higher inductance will store more energy in it's magnetic field - worth pondering"  https://www.youtube.com/watch?v=0BPphesBGg0&lc=UgzJPGgHBSUiGBPbvvt4AaABAg


Greater inductive mass (Copper)!!!!!!!!!!!!