Tesla's Magnifying Transmitter (amplify electricity)

[delboy]

For better understanding you must see it from Tesla point of view!
He had secondary coil of several meters wide. Why we don't make them like that?
He sad it should be low frequency (50kHz) and we use several hundrets and even MHz, why that?
TC must be designed in proper dimensions and that dictates our planet Earth!
TC is not designed to be spark device, for producing sparks, that is silly. Tesla produced sparks just to see how big voltage is developed in secondary and to see is it near resonanse, nothing else. In normal operation it should be no sparks. They are bad, they are big losses. Thats why he in first place runned away from spark gap to brushes! What for then high voltage? Because you want big current displacment. That electricity on TOP-LOAD have frequency of 50kHz, for example, and TC is grounded, that means it is generating picture of electricity in ground of oposity sign that is to say it is creating disturbances. You generated voltage per length in Earth, all you need is receiver to collect it properly! And who said that it must be Earth and it must be grounded? It can be connected with copper cable, and it will work, just you are now creating voltage per length in copper cable, and that is it.
Please read and re-read the patent 685955 to understand how longitudinal receiver works. It works on logitudinal voltage!
For example in our electrical network we have high voltage but we don't have high frequency, that is problem! Let say that voltage is 400kV / 50Hz If we calculate quater of wave that gives us 1 500 000 meters, that means we will have only 400 000/ 1500 000 =0,26 V/m and that is so small.
Let's calculate for TeslaCoil. Let we have also 400kV in secondary but this time 50kHz which gives quater of wave to be only 1500 m and voltage per meter will be: 400000/1500=266V/m You see, only on one meter we will have 266 V, enough to operate receiver !
Distribution of longitudinal voltage is not linear, but next time about that
If anybody understasnd what I'm talking about

[Magluvin]

Delboy, this is all killer stuf!  killer = good  =]

So the length of copper wire, used instead of earth, will act like a piano string that resonates at 50khz? But it will be the length of the wire that determines the freq. instead of tightening the piano strings to tune.

Is this correct?  =]

So this is the new portable reservoir, no ground needed. Just the length of wire for the wave to compress and decompress current to provide a reservoir of electrons to work with in the circuit. Like the earth ground wire on a crystal radio.  I had Radio Shack electronics kits when I was 8yrs old. the amount that I learned from that, I has that figured out then by using a piece of copper pipe instead, so now I was mobile with the crystal radio. Till now, I never thought of using it any other way. Very cool and absolutely a possibility 100%.

So Tesla's setups were so big because he tuned to the earths vibration which would be like the low note on the piano.

Thanks Delboy 


magluvin

[ramset]

delboy,
Seems to me your talking about creating a "window of opportunity"?

Also seems like you Know what your talking about!
[making a lot of sense]

You have the floor!!

Thanks
Chet

[delboy]

Delboy, this is all killer stuf!  killer = good  =]

So the length of A, used instead of earth, will act like a piano string that resonates at 50khz? But it will be the length of the wire that determines the freq. instead of tightening the piano strings to tune.

Is this correct?  =]

Thanks Delboy 

magluvin

First, length of copper wire for secondary will determine what frequency you will have to use, because it should be quater of wave. And second, the length of copper wire between transmitter and receiver can be what ever you want
You tune the transmitter and receiver to desired frequency.
Let me give an example of transfer of energy between transmitter and receiver.
We will use 50kHz range or about that, that means length of secondary wire will be around 1500m. We will not use so thin wires like you used to do, because Tesla used cable AWG No8, we will use let say copper wire diameter 2,3mm that gives us only 6,6 Ohms for length of 1500 meters.
If we use diameter of 10meters for secondary, we will first of all calculate the primary inductivity. For that size one turn primary will have 40uH and if we put standard capacitor of 0,22uF like primary capacity we get resonant frequency of 53,65kHz. From this data we calculate that length of secondary will be 1400m, and will be wounded about 45 turns on 10 meters wide body.
That gives secondary inductivity will be around 500mH ! And can be adjusted by spacing between turns (height of coil). For a such big inductivity we will need only 20pF secondary capacity to achieve resonanse efect. Q factor for such high frequency and high inductivity and small resistance will be over 10 000 
Let's say that we have regulating inductivity in primary, and we set resonanse so that on secondar is voltage of 1MV.
Now let it transmitter be connected to receiver designed on the same principle but reversly. Receiver primary will be 1400m and his secondar will be one turn cable giving length of 31 meters.
We can calculate voltage per length of copper wire. It will be about 700 V/m. Let suppose that because losses and other we get in receiver available only 500 V/m that means for length of 31meter voltage on receiver secondary will be about 15kV.
The frequency is also 53kHz that gives power on primary capacitor : P=2,6 MW
We discharge this capacitor on load over controler with speed that we regulate. By the process in receiver, capacitor is charged and discharged in less than 20us because of high frequency and with controler we discharge it for example every 1ms on standard output transformer to have properly output.
For a such low frequency of discharge, power available for output will be P=50kW and max available is over 2 MW. Like you have generator of 15kV/53kHz which can give 100A You just connect another output transformer or light bulbs or similar devices, parallel to capacity in receiver.
You transform high voltage high current into small voltage and even bigger current
That is point of patent 462418 electrical conversion and distribution. That is beauty of Tesla's system. He wanted to power whole town with only one TC. How come that we can not power only our home?
I input only 1kW to run controller and 1kW from input transformer and 1kW to run controller in receiver and that is all 3kW only. And I get 50kW with one transformer or 50 kW with 10 times 5kW transformer whatever design I use in receiver I will get more output than I input

[forest]

delboy,please look at Kapanadze video and tell me how he created 5kW from 12V car battery (plus inverter), because his device is smaller then 1/10 of your proposed cicuit