Re: [EVGRAY] Interesting Patent: Tesla

Body

Gerry,

This is an interesting post indeed.

Where is the patent you are citing?  I assume this is the case based on
the subject sentence.


On 10/5/2018 2:54 PM, Gerry [email protected] [EVGRAY] wrote:
>  
> Thanks George,
> I wasn't sure anyone understood..... it seemed to fall on deaf ears.
> Hope you got some of the wet stuff up your way.
>
> Gerry
>
> On Thu, Oct 4, 2018 at 3:52 PM george gray [email protected]
> <mailto:[email protected]> [EVGRAY] <[email protected]
> <mailto:[email protected]>> wrote:
>
>
>
>     Gerry,
>
>     Good info mate, thanks.
>
>     George
>
>     On Tuesday, 2 October 2018, 8:49:58 am AEST, Gerry
>     [email protected] <mailto:[email protected]> [EVGRAY]
>     <[email protected] <mailto:[email protected]>> wrote:
>
>
>      
>     Hi Lutz,
>     It takes certain amount of energy to magnetise the core of a
>     transformer allowing for losses & inefficiencies in the core etc.
>     In DC and alternating circuits, input power is worked from Volts x
>     Amps. (without mentioning power factor).
>     In AC circuits both the input Volts and the Amps alternate between
>     positive and negative.
>
>     When we multiply Volts times Amps, if both are positive we get
>     positive answer or if both Volts and Amps are negative we also get
>     positive answer.
>     If we can introduce a time delay to either the Volts or the Amps,
>     so that one of them is Negative whilst the other is still
>     Positive. Then the +ve Volts x -ve Amps will give a negative answer. 
>
>     If input power calculation is Negative it means the flow of power
>     is reversed and the load is supplying power to the power source. A
>     sort of Negative resistance effect.
>
>     Tesla's method was to introduce this delay by placing layers of
>     insulated fine steel wire between primary and secondary windings
>     (at right angles).
>
>     It takes a certain time for each layer of Iron wire to become
>     fully magnetised and the primary flux, has to fully saturate each
>     layer before being transmitted to the next Iron wire layer.  
>
>     Eventually the primary input flux caused by the primary input
>     current reaches the secondary winding and induces an output
>     Voltage.   
>     Giving Tesla the times delay he was after.
>
>     The load then starts to draw it's own current creating it's own
>     magnetic field but it also has to negotiate the Iron wire layers
>     to get back to the Primary..
>     And by this time the phase of the input Volts has already reversed
>     direction.
>
>     Gerry
>
>
>