A validation of the UP-SIDE-DOWN phenomena

[wattsup]

@Marco,
@EM's 25kHz was from the CFL circuit, not the power lines. The only way you can get that much magnetic field strength in higher frequency from power lines is if that line was DC and you were near a DC/AC inversion station. 

Well shit, it would have been good to know about this from day one since I have been spending time trying to tune a loop according to @EM vague instructions. Had I known he was using a transmitter, I would not have wasted so much time on it. I will now drop it and just keep working on my regular TPU. lol

There are companies doing this already with TVs and other stuff powered by wireless. Anyways what is the point. @EM wants to patent his device so technically we will never know any more about this except for tidbits and we all have a belly full of those.

@Stefan

Don't tell me you banned @Grumpy because this @willynilly jerk off. That guy is just here to create mayhem.

Added;

So why would there be a 20 minute function limit on SM devices if this is how he is doing his little tricks?

[BEP]

The curve?

I just never paid much attention to CFLs. I hate them. They are electronically noisy , slow to light and never put out as much light as advertised.

But, they have a designed-in saturation. Why is it interesting? Because such an application can be to create much shorter pulse width than conventional solid state can provide.

Even with @EM's math his coil resonance didn't seem possible without some other tricks not known by most.

@EM,

Did you know the source was short pulse width when you calculated L & C? If so, did you calc to resonate to the pulse width instead of the frequency?

If you did then I applaud you. Most of the best wouldn't know you could make a wire resonate at almost any frequency by tuning it to pulse width intstead of frequency.

This is also very useable in magnetostriction 

BTW: DC transmission lines are horrible radiators of higher frequency magnetic fields. You see, they power an inverter at the inversion station. This inverter is nothing more than a switching 3 phase power supply. Every time one of the SCR/IGBTs fires a pulse of very short high amperage load is pulled from the DC line. The whole length of line radiates 

[innovation_station]

i bet they get hot ...

why there 20 min run ...  as hotter it gets more power is dissapated .. ?


congrats on who ever got 800w be careful  i like my friends to be alive ......

william


BEP ... there is your kick ... lol the magnetic kick or jump in the wire ... sheesh ... lol hahaha

sure i have seen this tho it melted my wires ....    really fast ...

and the pace picks up .. 

[BEP]

IST

I still don't think the 'kick' is just a switching spike.

Wattsup

The 20 minute problem makes me think there is still more to a TPU than picking up induced EMF. Power line noise would be a good way start things but I still don't see us powering much load from it.
I still think delay, relativistic speed of current and rotation are part of the so called 'TPU'.

[innovation_station]

the kick is a physical movement of a wire in the presents of a magnetic feild .... the vibration ... of the tpu and its current ...  but i think you get the source to drive such a unit from the sw kick or toroide coil ...


pulse 1 wire past a perm magnet ...  watch it dance ...  find the right freq and melt wires...

lol

ist!

want a video?

see the wire jump when he turned it on ? 

MIT SHOWS YOU ,YOU CAN DO THIS WITH AN ELECTROMAGNET ...   lol

but few have eyes to see unless they are told ...    it might better be termed magnetic currents ..