The Tesla Project

[armagdn03]

alcadian,

If you havent seen this recently, you should watch it!

http://video.google.com/videoplay?docid=-6461713170757457294&q=eric+dollard&total=3&start=0&num=10&so=0&type=search&plindex=0

there is a second part thats not hard to find too.

[wattsup]

@all

Received my toroid transformer 240-12vac 10 amps and hooked it up. Immediately I noticed that the parameters are different. The relay is not acting the same with the same capacitor so I have to do some additional tests with both the primary and secondary as the primary, then move on to using both relays. 

Back soon.

[Schpankme]

@Grumpy, Smart observation. This means I could be using the wrong cap in the wrong place.

Nikola Tesla published - Resonance methods of electric power transmission

www.viesh.ru/Development%20of%20Resonance%20methods%20of%20electric%20power%20transmission.htm

  o Electric circuit power supply
      (a)  transmitting and receiving
      (b) devices by Avramenko for resonance transfer of electric power
      (c)notations are explained in the text

  o Avramenko's plug for current rectifying in the single-wire line

  o Circuits
      (a) voltage doubling circuit of monophase
      (b) input of three-phase bridge rectifier

  o Testing of the resonance


- Schpankme

[wattsup]

@Schpankme (what a name lol)

Thanks for that link. Guys you should look at it. Got me thinking about the TPU and SM (so when is that news). The transmission over one wire. What if the LTPU horizontal wire was exactly this. A six meter wire (about 6 turns in the LTPU) that connects  from one side of the vertical coils to the other. The thicker vertical coils at the LPTU zero point could be the primary. I made a quick diagram to show the crazy relationships. The LTPU could be two horizontally placed Telsa coils. Crazy, I know, but hey. Look a the block diagram below and here is the text that was with it.

Fig. 8. Electric circuit of RS
1 - frequency converter;
2 - resonance circuit of step-up transformer;
3 - single-wire line;
4 - resonance circuit of step-down transformer;
5 - rectifier-inverter;
6 ? load

@All

Regarding Erfinders Challenge (which it definitely is) I need some help with something regarding my two relay coils. When you look a Tesla's patent 568177, the two coils of the motor are in series. So I decided to put both relay coils in series with the primary of  my toroid, put 12vdc on it, but nothing. Then I put just the relays in series and connected them to the 12vdc and again nothing. No action. I tried each relay alone on the 12vdc and each one works. I measured the ohms of each relay coil and they are 93.9 and 94.2 ohms. Is it possible that the coils in the relays have a high resistance and this does not permit them to be connected in series. Weird. Anyone. Or do I need bigger relays. Erfinder asked for 12 vdc and 12 amps. Mine are 12vdc and 10 amp.

[armagdn03]

dont worry about putting them in series or whatever, just worry about having a system of high self induction, low self induction, circuit controller, and condenser, as long as you have those in the configuration shown, you will get what you want.

In the patent, there is only one circuit controller, you have two relays which is two controllers, did tesla connect two motors in series to control the circuit? what could the second relay be used for then?