tpp replication 1.0

8/3/2019 TPP Replication 1.0

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This is the internal electrical part of My TPP Replication project. [

http://www.youtube.com/user/Nanotec99/videos ]

FIrst, some comments. The bottom two coils arent coils, they're capacitors... Two conductors

seperated by an insulator that are not otherwise connected.

All wire is 14gauge electrical wire from home depot. (it's in reality closer to 15-17 gauge,

Thomas T. uses 1.5mm wire; same thing)

Both layers are wound in same direction.

The bottom coil is 11m of wire wound on 3/4"(20mm) wood dowel (as an alternative to plastic).

The middle coil was 10m of wire wound on 3/8"(10mm) pipe, but the pipe is removed so it's an

air core. The top coil is approx 1000 turns of 24 gauge wire, wound on a shower curtain rod

protector. It is hollow on the inside.

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These are pictures to provide relative sizes. These are the three coils aligned near zero on a yard

stick.

This is where the longer two coils end.

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This is where the shorter capacitor-coil ends.

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This is the 'reactor's relative size. This is 96 turns of wire around a 40mm(1 3/4") PVC tube (sold

as 1 1/4" inner diameter), which has in it a 1"(inner diameter measure) (30mm outer;1 1/4")

copper pipe which has quartz-sand (30 grit sand which has a tiny amount of magnetite in it) and

a coil wound around 3/8" outer diamter (15mm) (sold as 1/4" inner diameter copper tube, oftenin coils, which is a bother to straighten, with some work it is possible to find short lengths that

are not coiled).

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These are shots of some of the raw materials used

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one end of the reactor, a lead of the center coil coming out. Both coils in this are wound the

same direction.

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I marked every 10 windings (the longer marks on the bottom are the correct marks). 96

windings on the inner pipe, which is centered to my best ability within the outer coil which also

has 96 windings (but at a much large diameter 1 3/4"(40mm) to 3/8"(15mm))

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The first connection, the top of the inner coil connects to the top of the outer coil on the reactor.

(the other green and red wires coming from the bottom are from the bottom of the reactor and

form the positive/minus connection points in parallel with the wound capacitors...

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so I connect a black-white on the 'negative' and a red-white 'positive. Here is the fan that I

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would plan to use, it works on very low power.

Here is a full wave bridge rectifier between the 'positive' and 'negative' points as inidicated by

Thomas T. Oh I'm sorry, this is the bridge rectifier attached to the fan, sittin in place... this was

to show the completed connection to a capacitor. If I tap(touch) a point in this circuit with a

voltage there is a nice ring. Either of the wound capacitors is approximately the same; they are

very similar, but I had best effects using both in parallel.

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This is showing that the green wire here is the inner coil. It attaches the inner here to the outeron the reactor. Again the two wires wound in this coil are not connected at the other end, and

this functions as a capacitor.

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These detail the connections to the fan. The black and red are connected at a connector, off of

that connector the black turns into a green clip-lead. The red stays red.

So this is the fan on a full bridge rectifier between the positive and negative. So, in theory, all of

this, mounted in a pyramid with the center of the reactor coil in the center of the tetraheron

formed by 4 equilateral triangles with an open base should work. Spin up the fan, which would

generate some back emf spikes which should then resonate and continue spinning the fan. But I

can only say theory because without external power this does not work.... So on to testing

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characteristics of this circuit.....

This is an overview of all connections. In this one, I added the second capacitor coil in parallel

with the first, which gave me a cleaner (wider) ring to resonate with.

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Oh, and I forgot, a ground connection helps this circuit get a greater potential. I am using the

copper pipe of the reactor as a common ground. This will get all grounds attached to it, but let's

start with the ground side of the bridge.

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Okay, so since these are capacitors, I suppose I could drive this thing with a capacitve link. I pu

the smaller wound capacitor in the 1000 turn coil of 24gague wire... A little too far here, it's

sticking out the end, but it will be aligned better in a second.

So I connect my signal generator to this coil, red on the left, black(ground/shield of the

connector) to the right side, and run a white wire from that ground to the center copper pipe of16


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the reactor.

again the full circuit, the coax-BNC connector at the top left to be connected to a signal

generator.

and, with a 5V peak-to-peek signal, at the right frequency, I get a light(!) ( black and red

connectors are jumpered to the same black-red connections as appropriate.

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motor's disconnected, and I dropped the ground on accident apparently, connecting the ground

improved the resonance.

No Light....

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No Light...

Light!

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tpp replication 1.0

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