Successful TPU-ECD replication !

[otto]

Hello all,

@Bob

1. every MINUS you can "find" - from power supply, from oscillators, from Sources of your MOSFETs connect together. Nothing more. And then forget about them.

2. Im using only coils, without resistors, diodes....

Otto

[ronotte]

@cam,

CONGRATULATION
just go on with a step by step approach and look, this time, for the Seed!

Roberto

[CTG Labs]

Hi all,

I must say, I am trying not to get carried away, something tells me this affect is not what people are hoping and that the power simply originates from the power supply. I do not think I will be replicating this for now! The tests done so far are not conclusive of anything.

Jason read the current on a digital meter at high frequency, no good. The digital meter on the power supply probably also got upset.

The unit is oscillating in the AM radio band, thus emission of RF, no surprise. I have had many problems in the past with my USB equipment disconnecting.

If the effect is one of conversion or gating of energy then why we need a few amps from a power supply, why not a 9v battery?

Jasons power suppy read 6 amps and 40 or so volts? It cannot go that high, so clearly something is wrong, however there is plenty of power there if you cross those figures. So Jasons supply has max 6 amps at 30v. It was reading 40v, clearly an artifact. BUT lets say the power supply was giving its max, 30v at 6 amps, thats 180 watts. Its a 40 watt bulb? The switching effect could easily convert that "power" to a higher voltage lower current and be enough to light that bulb.

Yes, the bulb doesn't light if you connect it to the power supply directly, but if you convert that same "power" to higher voltage lower current, it will light, the coil switching does this as the back emf converts the 30v higher current to higher voltage, lower current, but the power content is the same and is more than the bulbs rating.

I would say, we need to have a low current battery with a fast blow fuse. This way, no matter what the meter reads, if the fuse doesn't blow, we know we are not exceeding a certain current. We can also have a few diodes to prevent back flow to the battery if there is any.

Next, to place a bulb in a sealed box connected to the mains supply with a lux meter inside, compare proper known power to lux level. Now connect same bulb still in the box to the TPU and compare lux level. Even, using a Kill-A-Watt and a dimmer switch, chart known power to brightness levels from the mains source and chart this, then have a nice chart to compare from TPU brightness.

I know some of you will shoot me for saying this, but I think some people, including me on occasion are "too eager" to believe. We have high frequency spiking and the bulb can light from inductive heating effect. We have spikes on the leading edge and this can be caused by leakage inductance energy allowed to dissipate in the mosfet.  Pleak = 1/2 Ip^2 Lleak?

Scopes blowing up are not proof either, we have 500v spikes. Scopes have a max input voltage you can apply without damaging the scope, some are 600v, some 1000v, etc, nothing sinister here, just the fact you didn't use a resistive divider to drop it down and then multiply the measurement afterwards.

So my current thoughts stand, what would I be replicating exactly?  When I see proof of excess energy I will replicate it!  Its not on me or anyone to prove that for someone else by replicating it!  If someone else claims it, they have to prove it to others first!

So with respect to replicators so far, what exactly are you replicating?  It cannot be excess energy since it hasn't been proven by the originators yet in order to be replicated by someone else?


Dave.

[otto]

Hello all,

@Dave,

you need a proof of excess energy.

Just a question. You saw all the videos. Do they proove excess energy???

Otto

[CTG Labs]

Hello all,

@Dave,

you need a proof of excess energy.

Just a question. You saw all the videos. Do they proove excess energy???

Otto

Otto,

Jasons power supply has a maximum output of 180 watts.

The bulb is 40 watts.

Did I see overunity in the video? 

NO...



D.