Testing the TK Tar Baby

[TinselKoala]

This entire thread is filled with nothing but grown men and women acting like children.

If all of you spent as much time working on discovering alternate sources of energy as you do trolling each other we'd probably have a working, replicable device by now.

I'm sure you have read and understood the entire thread, and of course you've watched all my video demonstrations of men and women acting like children.

Where is your documented work, Tenbatsu? And just how do you know how I spend most of my time? You do realise that by making your contentless and off topic post.... you are trolling, right?

[TinselKoala]

2509 kHz from the Philips counter, and an apparent negative mean power product from eyeballing the traces. It will be some days before I can get use of the Tek DSO to compute the negatively accumulating energy integral, but it looks to me like Altoids is working quite well, perhaps even better than Tar Baby in relative terms. It works with LEDs as shown and makes an even better looking waveform with a 100R for a load instead of the LEDs. It heats the resistor !!


For the newcomers like Tenbatsu, this Altoids box is a pocket COP>INFINITY demonstrator. It appears to produce the negative mean power product that is the main (and so far only) evidence that the NERD team has offered in support of their claims of overunity and their prize claim. As soon as I am able to I will use a digital oscilloscope to confirm that it is indeed making the definite negative power product that it appears to be doing.

Hence.... here is a completely stand-alone device that will fit in a shirt pocket and can be hooked up to anybody's test equipment anywhere for independent confirmation that it makes a negative mean power product and a decreasing energy integral, while lighting LEDs or warming a resistive load.

Altoids is an oscillating mosfet with a resistive-inductive load, based on the Ainslie COP>INFINITY design modified for continuous oscillation. There are no fundamental differences between Altoids and the NERD device except that the Q1 mosfet has been functionally replaced by a Zener diode, and it is a continuous oscillator in the "negative bias" mode of the NERD device.


Bravo .99, and thanks again!!

[mrsean2k]

This is something that would bear sticking on http://www.instructables.com/ - they're crazy for Altoid tins on there.


Admittedly a limited subset would understand the purpose, or be interested, but it's a fairly large audience.

[poynt99]

Nice job TK. The wave forms look similar to the sim results.

Strange that you didn't find the results better with a LED.

I also noticed that it appears you added some resistance to the inductors. Those are unnecessary, and were only shown on my schematic to account for lead resistance, in case they make some difference in the real circuit with the real inductors. That's why I showed the resistance and inductance together in a dotted outline.

The other MOSFET (Q1 as you mention) was replaced by the 1N4007, whereas the zener in the circuit replaces the FG, or bias supply.

Anyway, I'm glad it worked. 

What is the scaling on the "VBAT" trace? What's the RJ11 jack for?

.99

[Groundloop]

.99,

Is this the minimum component requirement for the oscillator?

GL.