Partnered Output Coils - Free Energy

[Enjoykin2017]

to all !!


READ SEVERAL TIMES TO UNDERSTAND WHERE FROM "POWER (accelerated kinetic matter field) COME !!


READ SEVERAL TIMES TO UNDERSTAND WHERE FROM "POWER (accelerated kinetic matter field) COME !!



READ SEVERAL TIMES TO UNDERSTAND WHERE FROM "POWER (accelerated kinetic matter field) COME !!

Hi wist, Hi gav, my setup has the 24awg. bifilar wound on top of the secondary and only on

one half or on top of one partnered secondary coil.
It might matter gav, not sure, don't forget my ferrite cores are beads or tubes, 1-1/8"

long x 3/4" outer diameter x little over 3/8" inner diamter.
As may be seen it the latest pic, i have another bifilar wound over other secondary in

opposite wind direction and only using one trigger coil and it does not perform as good

and current increases, probably because the inducer primaries are fighting each other a

bit.
With the wiring outlined in chris sykes pdf and my schematic, the current lowers when

loaded with the led bulb.
Seems like it prefers capacitive loads, so i assume the led bulb has some kind of

capacitor at some point it likes.
Also, as i said, i can take one particular wire from each secondary and use those 2 wire

ends to power the led bulb just as well, which means the coils are then open circuit.
Hope that helps, feel free to ask any more questions or give comments.
A picture or something might help, then i could see what you guys are doing.
peace love light

Edit: also, the secondary is 2 separate coils with a small space between the 2 coils,

because they have to be wound in opposite directions.



So these couple experiments have proved to me that:
1- there is actually something to the whole partnered secondary thing
2- the Current draw and Voltage consumption is reduced by having the partnered secondaries
3- Even though this configuration is supposed to be nearly eliminating the magnetic flux

in the core, there is still magnetic flux, but it can be used to our advantage

the whole statement of having magnetic fields cancel and E fields adding (or doubling)

doesn't make any sense to me whatsoever. In order to have electrification, both magnetism

and dielectricity must be present. Electrification happens at the points where the

dielectric and magnetic fields intersect, so if we were to completely cancel out the

magnetic field, we would have only dielectricity, which is pure voltage.
In order to have real electricity, we must have Voltage (dielectricity) and Current

(magnetism)
However, this is the interesting thing: A current can be induced into an inductor in 2

different ways:
1) a changing magnetic flux ( A passing magnet)
1)When magnetic flux induces a current into an inductor, the resultant collapse of said

magnetic field results in a spike of dielectricity (voltage spike)
2) Voltage (dielectric field) being applied to an inductor
2)When a voltage is directed into an inductor, a magnetic field builds up and current is

induced, and the resultant collapse of said magnetic field produces a spike of

dielectricity.

Capacitors are holders of dielectricity
Inductors are holders of magnetic fields
So one holds Voltage, one holds Current. That is why I added capacitors to my device - to

see if I could create some sort of system of mutual partnership between capacitor and

inductor, which it seems I did do.

I haven't fully figured out how my device is functioning the way it is, but I am working

on it. The more tests I perform, the better I will understand.


So it appears that Tesla took this principal [bucking coils] from his original little

transformer and up-scaled it and applied it to the Tower, or at least with one particular

design or configuration of it.

Found within Leland Andersons "Rare notes" is the following picture or schematic version

of the Tower... In this particular schematic the tower's Extracoil is driven by the two

[bucking?] dual secondary coils. So Tesla calls it "Statically Charged".

Statically Charged:


Notice two primary coils, (or split primary) driving two secondary [bucking] coils, then

both secondary coils driving one common Extra Coil. The [reflected] output of the two

bucking secondary coils are output to ground.


----------------------------------------------------------

Reply With Quote
  #159 
Old 12-17-2015, 01:36 AM
Sputins's Avatar    
Sputins Sputins is offline
Senior Member
        
Join Date: Aug 2009
Posts: 445
Quote:
Originally Posted by Ajay View Post
In one of Tesla's lectures, he describes the construction of a induction coil which is a

bucking coil design. He said that the "electromagnetic fields cancel" in the space between

the coils. He also said that the "electrostatic" effects at the open end were "sufficient"

to replicate most of the interesting high frequency phenomenon he describes in his

lectures.
So it appears that Tesla took this principal [bucking coils] from his original little

transformer and up-scaled it and applied it to the Tower, or at least with one particular

design or configuration of it.

Found within Leland Andersons "Rare notes" is the following picture or schematic version

of the Tower... In this particular schematic the tower's Extracoil is driven by the two

[bucking?] dual secondary coils. So Tesla calls it "Statically Charged".

Statically Charged:


Notice two primary coils, (or split primary) driving two secondary [bucking] coils, then

both secondary coils driving one common Extra Coil. The [reflected] output of the two

bucking secondary coils are output to ground.
__________________
"Doesn't matter how many times you kick the coyote in the head, it's still gonna eat

chickens". - EPD
https://www.dropbox.com/s/3urw21iw6ap1p3k/Seance%201.WMV.zip?dl=1
https://www.dropbox.com/s/zaomerlsk188jxo/Seance%202.WMV.zip?dl=1

keeps the blood flowing so to speak.
-----------------------------------------------

Hi folks, I have been making tests with different windings for the primary oscillator.
I tried a single 24awg. strand combined with a 30awg. trigger strand and wasn't satisfied

with the results, frequency too low and output weak at 15 volts input.
Now the primary oscillator is using five 24awg. strands, one being used for the feedback

trigger wire.
The frequency is nice and high, cannot hear it at 15 volts input and the output is great

into the led bulb load.
Initial input current is 200 milliamps and under led bulb load, it drops to 100 milliamps

at 15 volts input and to my eyes is just about full brightness and it is a 3.6 watt led

bulb, gutted.
More tests to be done.

----------------------------------------------
Hi folks, hi sputins, thanks for sharing and share all you want, looks applicable to me.
I think i have an idea what you are saying about the static and non-static idea.
I posted a scope picture from naudin earlier that may show some evidence of that, where

the bucking coils when dc pulsed, cancel input current wise, however the field still

exists and is given back on collapse.
I would say that is static initially and then electrostatic is given back.
I have been making many tests and i observed an anomalous result when using only 4 volt

input, unfortunately i could not repeat the result after trying it again for some reason.
Output of led bulb was brighter than normal for only 400 milliwatt input.
Just before hand, i had been using around 20 volt input and then switched to the 4 volt

input and observed the impressive efficiency.
Also, i thought to try AC power from the wall and used a 12 volt AC 1 amp output wall

wart, only observed 6.5 volts AC output and since the secondaries are thin gauge, it

dropped to low volts under a small resistor load.
However, i put a killiwatt meter on the wall wart and did notice the input drop a bit when

the secondary load was applied.
Another observation when using the AC wall wart power, when placing the primary coil/core

onto secondary core, it was like the primary core was repelling from the ferrite secondary

core, whereas with the pulsed DC, it wants to stick to the core.
Will be making more tests as i think of them.
peace love light

edit: here is a link to the naudin bucking coil experiments. My Bucking Coils

The question is, how can the bucking coil arrangement, induce a current into the L3

secondary on collapse, if it does not do so when current is initially pulsed into it.
Still thinking about that one me self.

---------------------------------------------------------------

Old 07-16-2016, 09:11 PM
darediamond darediamond is offline
Junior Member
        
Join Date: Sep 2015
Posts: 18
When you negate Lenz in a Coil or transformer, to achieve overunity, just increase the

magnetic flux and frequency and the Zero Point Energy Field will flow freely into your

Coil to multiply your Output.
The use of Bifilar will not give much Magnetic Flux like using serially connected 20

strands and above.
The rate at which you drive the Concentrated Flux will determine the amount of Radiant

Energy the Secondary will be able to Pump out for you. Also, the Gauge number of your

secondary matters.
Though it can be used that way, Partnered output coils are actually overunity Generator in

Disguise so treat them as such by using thin Gauge like 0.31mm wire for your Primary which

must be wound with Multifilar wire of that stated gauge. Now drive the Powerful output

FLUX of that Primary with HIGH FREQUENCY. Wind your secondaries with Thick gauge like

AWG15 or AWG 8 etc. to get concentrated Electrons from the environment and thus keep down

the driving current from the power supply.
Note: the amount of Flux your primary is outputting and the gauge of of your secondaries

will determine the amount of usable power that will be available in the Primary. Your Core

Must be Moulded Core be it industrially manufactured or homemade (recommended). You need

High Frelquency, Super Strong Flux from the primary to fully turn bucking output coils

into Overunity Generator. Your Core must be Big enough to withstand the Flux your Splitted

Pralled Primaries will be Producing.
*Do not limit yourself to 20 strands as I mentioned earlier, you can go as high as 200

strands.
0.31mm coated copper wire is 5grams per 24foot 5inches. So 200 strands of that twisted

together will give 1kg which you can even divide into two to make it 400 strands and

connect each strand in series to the next one provide you can patiently do so.
Hint: To remove coating of enamel on each leads at a time, briefly subjet them all to

burning Gas.
AWG#30 is 32ohms per 100g and 1.5ohms per 5g. Generally, the higher the ohmic value of a

coil, the higher the needed voltage to drive to generate it Maximum Flux.
Learn to make Litz wire making machine. You need it. There are 2 versions now which can be

made using wood like I did.
To get high magnetic flux high current is not needed so using thinner gauge is better as

that will require high voltage which will also aid the flow of z.p.e over the secondaries

and reduce input current further.
You can power your bucking coil using AC to avoid back emf of DC. Just make an High

Frequency Pure Sine Wave Inverter which Have Moulded Core Center tapped High Voltage

Transformer and supply the output of the Transformer from the inverter to your Bucking

Coil Overunity TrafoGen Primary and use Diodes to rectify the higher output with High

frequency diodes like HER508 and Invert it again to Generate AC and from there, make the

set up self charging by converting the AC from the second inverter to DC using an AC to DC

converter and link that to your Battery or better High Farad Serially Connected Super

Capacitor Bank(The BEST OPTION)
Good luck.

------------------------------------------------------------
ps _Sykes

Chris Sykes am read to migrate to your new site.  builders hyiq.org. but my old account and parol were disappeared with my hardly demaged HD drive with 0.5 TB importnant experimental and other valuable informations so i need new account at your buuilders site. Would you like to send me a link or better old account data ?

ps_wistiti. About Wire gauge. You even can understand how much you are righjt in your conclusion.
Bucking or OZ nomenclature "PARTNERED" like MALE-FEMALE coil configuration work also in AIR CORES CONFIGURATION and in the FERRITE CORES CONFIGURATION. In last you need to put Ferrites in Saturation mode and should use ferrites with bistabile B-H configuration (best ManganZync) for the best power output. You can even use old rasty iron nails as a core and it will work also. REMEMBER WE CAN CANCEL MAGNETIC OR ELECTRIC FIELDS WE CAN ONLY RECONFIGURE THEM or precise RECONNECT THEM particulary.WHY ?? BECAUSE BOTH ARE THE MATTER WITH OWN PROPERTIES !! ELECTRICAL MATTER AND MAGNETIC DIPOLE MATTER. 

Reg.
Enjoykin
hyiq.org

[EMJunkie]

My Heart Felt Thoughts and Well Wishes go out to Everyone that suffers from Natural Disasters, but more so to the residents of the South Island of New Zealand.

The 7.8 Quake and aftershock's (45 + to date) have completely destroyed my Stompin Ground when I was a Kid. I am heart Broken for you guys, seeing the damage and the recent massive movements is shocking.

It is stunning to see, this video is The last 48 hours in NZ at 30 second intervals. All quakes above the magnitude of two.

A good part of the reason I have researched and shared what I have learnt about Power Generation can be seen in this video: Power Lines On Parkers Rd Tahuna Going Off - Due to 7.8 Quake. I think sooner, rather than later, the Lights will go out and not come back...


    Chris Sykes
       hyiq.org

[wistiti]

Chris...  😕

Team i have some spare time today...   
Project on the go!! 😊

[l0stf0x]

Hey Wistiti!! I like your setup!!!
You are going to use the ready coils on toroids as secondaries or primaries? Don't forget to check both ways.

I am building as well ...

[arhitrade]

The use of Delay Lines to increase efficiency - http://gorchilin.com/articles/ideas/delay?lang=en