Quanta Magnetics Experimental Kits

[MarkE]

MarkE ,
The reason of the the great power output of the circuit  is in fact a combination of high current BEMF collected combined with the lower power voltage input source .
If i open the box case of the relay you could see this https://www.youtube.com/watch?v=DfxEAQNOjp0       , but the relay will be fault soon because the air.   

Thanks for your explanation but i think there is things very different.
If you could see my other videos to understand what i try to show .

https://www.youtube.com/watch?v=pf_qUlwSZl0
https://www.youtube.com/watch?v=F7EkHm08Te4

Thanks

From what I can see you are building multivibrator based power converters such as were used in military equipment back in the 1940's up until the 1960's.  I think it makes for good steam punk.

[nelsonrochaa]

From what I can see you are building multivibrator based power converters such as were used in military equipment back in the 1940's up until the 1960's.  I think it makes for good steam punk.

No MarkE  is not a  multivibrator based power converters
In a circuit dc to ac inverter either old you don't use the BEMF to input the primary transformer 
The high current output in circuit is low voltage (14v) and provide enough power to load the 55w halogen lamp with low power source as i try to show  .
The AC stage use a pulse bye the BEMF generated for the first transformer in their primary , yes primary not secondary because the power that is used is from the magnetic collapse : Radiant energy
The circuit only need the power input to provide the oscillation (relay work ) the power output in circuit is generated only with BEMF generated in coils, not drain the the power from source (battery). This is a power amplifier circuit based in radiant energy collecting .

See this video and try to understand the base of the idea :
https://www.youtube.com/watch?v=pf_qUlwSZl0

Thanks

[MarkE]

No MarkE  is not a  multivibrator based power converters
In a circuit dc to ac inverter either old you don't use the BEMF to input the primary transformer 
The high current output in circuit is low voltage (14v) and provide enough power to load the 55w halogen lamp with low power source as i try to show  .
The AC stage use a pulse bye the BEMF generated for the first transformer in their primary , yes primary not secondary because the power that is used is from the magnetic collapse : Radiant energy
The circuit only need the power input to provide the oscillation (relay work ) the power output in circuit is generated only with BEMF generated in coils, not drain the the power from source (battery). This is a power amplifier circuit based in radiant energy collecting .

See this video and try to understand the base of the idea :
https://www.youtube.com/watch?v=pf_qUlwSZl0

Thanks

We can drive a transformer with any AC source that we like. 

I don't see any measurements in your videos that would support a claim that your arrangements obtain "radiant power" from the surroundings.   I have seen demonstrations of steam punk power converters.

[nelsonrochaa]

We can drive a transformer with any AC source that we like. 

I don't see any measurements in your videos that would support a claim that your arrangements obtain "radiant power" from the surroundings.   I have seen demonstrations of steam punk power converters.

Hi MarkE Ok, i respect your point of view  , but sincerely and honestly  i think you don't see the things bye the right way  but i will not waste more your time , because certainly you have things more important to do,  when i try to shit you with things like that   .
Thanks   

[Pirate88179]

That looks cool and, it looks like you put a lot of work into it but, that 4 watt bulb that you light in the first video link can be driven by a single "dead" AA battery and one of my joule thief circuits.  It will light it for many, many hours.  That is with just about .8 volts compared to your 20 volts input from the solar cell.  I guess I am not seeing the utility of your circuit here.

It does look cool though and I appreciate your sharing it with us here.

Bill