Successful TPU-ECD replication !

[HopeForHumanity]

No matter what people think or believe they should first consult the laws of Occam's Razor.
http://en.wikipedia.org/wiki/Occam's_Razor

"Laws" lol...

Oh yeah, and CoE is a great THEORY... *not sarcastic*

[zerotensor]

No matter what people think or believe they should first consult the laws of Occam's Razor.
http://en.wikipedia.org/wiki/Occam's_Razor

Occam's Razor is not a law or a set of laws.  Sometimes, the "simple" explanation is just plain wrong.

[Ergo]

A quick and dirty test if one doesn't want to build or figure these beasties out is to:

Take a microwave oven. Rig the safety switch on. Leave the door open. Put a voltmeter (digital or analog) in the oven cavity. Set the timer for 1 hour. Press start. Put an aluminum foil suit on.
Now every 1 second run by the microwave oven and quickly take a reading off the meter for 10 minutes.

What does it say? And how do you feel? Tingly all over? That isn't love. The burning sensation? It isn't athletes foot of the upper extremities either. Do parts of your skin feel like you just applied warm jello to those areas?
Are you on your ass in other room from a flight through sheetrock?

That, my friend, is what we are up against. Be careful. I don't turn mine on anymore. I have downsized another build in copper mass. I am building a better frequency controller. Mannix told me to build a failsafe in front of the coil driver. I did. Now I have an incredible armada of objects and controls to throw in the cage with the monster to see if I can trap it further.
Mine kicked my ass. Otto's blew up his equipment. Jason received two shock blasts to the chest. And SM reported that his hands are still messed up to this day. A builder on HHO got blown off his feet. In the exploding pop can experiment, aluminum is vaporized. Hello?
I was given more than enough warnings and I heeded them. So who won't? Your first step is to write out a will.

Oppenheiny suggested he stand near the Safe at Alamogordo to see what would happen. Einstein told him '50 miles'. Damn, another war monger lives to wreak havoc.

--giantkiller. Be safe, please.

All of these experiments and claimed results can be explained by completly normal electrical rules.

Not one single of these devices mentionend is close of being a TPU.
You say they emitt "micro wave like" radiation and therefore they are dangerous, but so is an open micro wave owen.

None of the devices emitted anything when not being connected to an external power source. (No self runners)
Nor was the output vs input measured in a controlled environment. From this we can conclude that the energy going into
the "TPU" is the same energy being converted into microwave radiation and emitted whitout any shield, thus being damaging.
Simply put. All of the energy going into the TPU is being oscillated into high frequency and the output equals the input power
minus the losses in the conversion process. Period.

Just because people get burned or damaged while fiddling around doesn't prove anything else but them inventing a high frequency
radiation unit. This is not even close of being a TPU. And this is not how the claimed typical TPU is supposed to function.
Everything points towards faulthy results and bad readings when playing around with oscillating coil setups acting like antennas.

Some of the TPUs people here have built had enough output power to fry their control circuits and even their oscilloscopes.  The technology is real. 
Drossen

The statement above proves nothing. I can fry any electronic setup or oscilloscope by trying to measure the high voltage and high frequency
output from a regular backlight inverter sitting inside any everyday LCD monitor we use while responding to this message.
And you should know that the power coming from a backlight inverter is very small, like 2-6 watts, but it can easily damage anything.
The reported blown instruments is caused by inferior probes while trying to measure the high voltage/frequency emitted from the oscillating coil.

/Ergo - Well educated.

[Drossen]

@Honk

As far as I know there are not any self running TPU replications, just some test results the appear to suggest that something is happening.  Look at the first page of this thread if you want to learn about Jdo300's results he had when experimenting with his coils.

@Ergo

None of the experiments were operating at a frequency high enough to generate microwaves.  The microwave frequency band starts at 300 MHz and goes up to 300 GHz.  All of the TPUs were only ran in the KHz range.  Also, the LCD backlight controls operate between 10 and 200 KHz with output voltages up to 5.8 volts with up to 200 mA..  This is well below 2 watts of power.  Also, ICs, with similar power ranges as those used in some of the TPU controllers used, are connected to this output to provide dimming capabilities.  So, the controls that provide power to an LCD will not fry the control circuits and oscilloscopes which have been used in the TPU experiments here.  At work, we connect our oscilloscopes to power sources which have much higher frequencies, and voltage than an LCD backlight inverter's output, and this is done with a load drawing several watts of current, and we have yet to fry our oscilloscopes.  You say you are well educated, but only prove how ignorant you really are.

Drossen

[Drossen]

To avoid an attack on what I said about the oscilloscopes we use at work, I will clarify a little.  We use attenuators to protect the oscilloscopes when we know the voltage of the signal is too high, over 300 Vrms.  Attenuators only reduce the amplitude of the input signal, it does not affect the frequency.  The frequency of the power we sometimes look at with some of our oscilloscopes can be up to 3 GHz, not all of our oscilloscopes can sample at that rate though.  What do you think would happen if an oscilloscope not rated for frequencies that high were used?  I have connected a digital oscilloscope which can only work up to 80 MHz on a power source whose output oscillates at 3 GHz, without frying the oscilloscope.  The screen just had one thick line across the middle.  What I am getting at is that a high frequency power source alone will not fry your oscilloscope.

Drossen