Partnered Output Coils - Free Energy

[EMJunkie]

Hi darediamond.
I think using a litz coil for the primary is a good idea. It may give a much stronger magnetic field and it is exactelly what we looking for

Just start to use one of them on a magnetic core and 2 bucking coil (POC) with at least twice the turn of the primary. You can pulse or sine the primary and look of what you got on the POC output...
You can play with frequency, resonnance, load, number of turn,etc.... But the only important thing here is to PLAY with it. Only experience will talk for itself.

I think you are a builder so you may see some result...
Good luck!

@darediamond - Please listen to Wistiti, he knows what he is talking about.

The most basic simple cheapest experiments will talk for themselves. Play with simple 3 or 4 coil setups, follow the basic steps I have shown in my videos. Learn by Experiment. Use Intuition, use your gut feeling.

DONT over complicate things when there is no need to!!!

Keep It Simple Stupid

The Input Coil, once in operation, will carry minimal Current, there is no need for heavy Gauge Wire, litz wire where the Resistance of the wire drops as a function of the number of Filaments, is not necessary.


   Chris Sykes
       hyiq.org

[darediamond]

Using a Device to wind Litz Wire, and showing the device here, when I have never used or shown Litz Wire is off topic. Nothing to do with what I have shown.

If you want to learn what I have shown, then you need to follow what I have shared, or you are not learning what I have shared!

Which is off topic and needs to go in another thread.
M
1: Magnetic Fields are Symmetrical Structure, they need a Closed Core. Rectangular, Toriodal or the like, unless an air Core is used.
2: I have always shown single filament Coils, but Dual, Partnered Output Coils.
3: Keep your Device small and cheap, learn as much as you can from a single device then make improvements LATER ON!!!
...
Most Important: Look for the effects I have shown...

I have repeated myself perhaps some 2000 times in this thread. None listen, all know better...

We all have our own path, but if one is after something in particular, then one must focus and direct ones concentration for a single goal. Not spread the load in other places where Focus and Attention is drawn away.

You decide.

P.S: All your questions have been answered in this thread and in my videos, directly or indirectly, if you pay attention.


   Chris Sykes
       hyiq.org

I decided to post the picture of my.machine to let you realize that I am not just asking questions for the sake of it but rather actively working on  a project.

Using litz wire as for me will increase the efficiency of the system. The wire have 20 strands of wire twisted together which shall be linked together in series. 

That you do not use multi strand wire do mean any one using such will not get the desired result.

Remember, the lower the thickness, the higher the resistance and the higher the needed voltage to drive such gauge to make powerful electromagnet. But why keep to 1 strand of wire at say 500g weight of a coil when I can divide that weight into 10 to get ten strands at the same 500g and now get Enormously SuperPowerful Magnetic Field at the same voltage applied to 1 strand-wound E.Mag of 500g?



Keeping it simple as for now entails using cheap magnetic rod to test the acclaimed lenzeless effect. There is no readymade Square Core locally unless I make a new one using ferrite powder and Resin  which is not financially cheap to get up here. Furthermore I will have to use Spark Plug as switch because I know very little about electronics and I am not ready to do trial and error in that area.

Base on my practical experience, Lenz or no lenz, the frequency at which you pulse whatever type of coil primarily determines the amount of current that would be drawn. Strength of magnetic field depends largely on Voltage Applied and Rate Of Frequency. So I planning to use litz wire does do not stems from the blues. It is just that I can not see millions and opt for hundred. No, I can not. But that do not mean I AM DERAILING FROM THE MAIN PRINCIPLES YOU OUTLINED.

When there is no Lenz High frequency will still enable the Secondary to generate more than what the Primary is drawing in wattage because just as you said in your Popular Guide,  Generators Do Not make the electricity, they draw it from the air.

The litz wire will be further wound in spiral to ensure Compact High Capacitance. Of each of the primaries.
With lizt wire, you can easily modify the gauge to do further testing without the need to unwind the coil.

Well even though you did not positively act the way I expect you to act being the first time of ever speaking with you, I still appreciate you very much.

[EMJunkie]

I decided to post the picture of my.machine to let you realize that I am not just asking questions for the sake of it but rather actively working on  a project.

Using litz wire as for me will increase the efficiency of the system. The wire have 20 strands of wire twisted together which shall be linked together in series. 

That you do not use multi strand wire do mean any one using such will not get the desired result.

Remember, the lower the thickness, the higher the resistance and the higher the needed voltage to drive such gauge to make powerful electromagnet. But why keep to 1 strand of wire at say 500g weight of a coil when I can divide that weight into 10 to get ten strands at the same 500g and now get Enormously SuperPowerful Magnetic Field at the same voltage applied to 1 strand-wound E.Mag of 500g?



Keeping it simple as for now entails using cheap magnetic rod to test the acclaimed lenzeless effect. There is no readymade Square Core locally unless I make a new one using ferrite powder and Resin  which is not financially cheap to get up here. Furthermore I will have to use Spark Plug as switch because I know very little about electronics and I am not ready to do trial and error in that area.

Base on my practical experience, Lenz or no lenz, the frequency at which you pulse whatever type of coil primarily determines the amount of current that would be drawn. Strength of magnetic field depends largely on Voltage Applied and Rate Of Frequency. So I planning to use litz wire does do not stems from the blues. It is just that I can not see millions and opt for hundred. No, I can not. But that do not mean I AM DERAILING FROM THE MAIN PRINCIPLES YOU OUTLINED.

When there is no Lenz High frequency will still enable the Secondary to generate more than what the Primary is drawing in wattage because just as you said in your Popular Guide,  Generators Do Not make the electricity, they draw it from the air.

The litz wire will be further wound in spiral to ensure Compact High Capacitance. Of each of the primaries.
With lizt wire, you can easily modify the gauge to do further testing without the need to unwind the coil.

Well even though you did not positively act the way I expect you to act being the first time of ever speaking with you, I still appreciate you very much.

I understand Darediamond, building is key to getting somewhere, and you will.

Again please stick to the key concepts, they are key concepts for a very good reason. This will maximise your learned knowledge and minimise your learning curve and also save you alot of time and expense!

Keep it as simple as you can! Follow the basic ideas I have already shared.

In all the devices I show, I use vaery small current, 0.5 to 1 amp - I strongly recommend not going any higher than this!

All my main Op frequencys have been around 40 to 5KHz - I strongly do not recommend going higher freq than this!!!

Again do not over complicate something that does not need to be over complicated - You will never reach the end goal other wise.

Start at the Start!!!


   Chris Sykes
       hyiq.org



P.S: Wistiti's first device was 0.031 Amps as an example of what I am saying. AWG 32 Wire would be ok with this current, save a ton of room on the Former, and not waste a ton of Money on Wire (AWG 18 or what ever) that is unnessary!

[darediamond]

I understand Darediamond, building is key to getting somewhere, and you will.

Again please stick to the key concepts, they are key concepts for a very good reason. This will maximise your learned knowledge and minimise your learning curve and also save you alot of time and expense!

Keep it as simple as you can! Follow the basic ideas I have already shared.

In all the devices I show, I use vaery small current, 0.5 to 1 amp - I strongly recommend not going any higher than this!

All my main Op frequencys have been around 40 to 5KHz - I strongly do not recommend going higher freq than this!!!

Again do not over complicate something that does not need to be over complicated - You will never reach the end goal other wise.

Start at the Start!!!


   Chris Sykes
       hyiq.org



P.S: Wistiti's first device was 0.031 Amps as an example of what I am saying. AWG 32 Wire would be ok with this current, save a ton of room on the Former, and not waste a ton of Money on Wire (AWG 18 or what ever) that is unnessary!

Chris was it DC or AC you applied to test our configuration?
Could  you please answer that?

[darediamond]

I understand Darediamond, building is key to getting somewhere, and you will.

Again please stick to the key concepts, they are key concepts for a very good reason. This will maximise your learned knowledge and minimise your learning curve and also save you alot of time and expense!

Keep it as simple as you can! Follow the basic ideas I have already shared.

In all the devices I show, I use vaery small current, 0.5 to 1 amp - I strongly recommend not going any higher than this!

All my main Op frequencys have been around 40 to 5KHz - I strongly do not recommend going higher freq than this!!!

Again do not over complicate something that does not need to be over complicated - You will never reach the end goal other wise.

Start at the Start!!!


   Chris Sykes
       hyiq.org



P.S: Wistiti's first device was 0.031 Amps as an example of what I am saying. AWG 32 Wire would be ok with this current, save a ton of room on the Former, and not waste a ton of Money on Wire (AWG 18 or what ever) that is unnessary!

Chris, what was the maximum and minimum frequency you applied to each of the test device you built?

Could  you please answer that?