THE RANT ROOM

[WhatIsIt]

If the bucking coils produce large currents and magnetic fields in the coils that fight each other, then could a motor be built into the system so that the system could produce mechanical power along with the electrical power production?  The magnet in the motor would have to rotate at the resonate speed of the frequency of the bucking coils.  But can the bucking coils be designed to operate at a lower speed that the magnet cn rotate at that speed?  It just seems to me that if you have opposing magnetic fields, that this could be used to operate mechanical movement somewhere in the system at the same time as performing the electrical energy?  I like to read peoples comments.

The Lunkster

I asked member emjunie from thread partnered output coils to help you
with his solid state version of bucking coils.
Here is his schematic which is advanced version of less advanced version from before 5 or 6 years.
Both versions are very similar, but this one is very advanced because he is been
developing that for almost 6 years with help of many of his researchers.
I think they placed diodes on old version and made this one so much advanced.
And all of that in only 6 years, maybe more, but rouggly 6.

He is planning new version, but is secret for now.
For everything about bucking coils you can ask member emjunkie,
he can help you to turn rotor on your motor with bucking coils.

[Jeg]

If the bucking coils produce large currents and magnetic fields in the coils that fight each other, then could a motor be built into the system so that the system could produce mechanical power along with the electrical power production?  The magnet in the motor would have to rotate at the resonate speed of the frequency of the bucking coils.  But can the bucking coils be designed to operate at a lower speed that the magnet cn rotate at that speed?  It just seems to me that if you have opposing magnetic fields, that this could be used to operate mechanical movement somewhere in the system at the same time as performing the electrical energy?  I like to read peoples comments.

The Lunkster

Hi
Why don't you replace the rotor with a coil so to see for yourself what is your chances to do it!
Obviously you need a delay of current in one of your coils. This can be also done at any frequency you like. And if you comprehend the idea then your rotor will not load the input power even if you force it to stop rotating.

Regards

[WhatIsIt]

Chris,

Many people can say same for you.
You got thread to perform experiment which researchers can follow.

You are advertising your web site here.
You copy and paste same text over and over.
You are pointing to other members work as your own.
And about your pm to members I even dont want to talk.

So, are you here to troll and destroy?
While rerouting visitors to your web site.

You are doing exactly what you accusing others.

Start a experiment from zero, so anyone can follow,
and nobody will say a word against you.

Do what you said you will.
Dont use this forum for advertising!

[WhatIsIt]

If you dont want to start your experiment from zero and step by step show
and teach,

It is very clear that your intentions are something completly different.

Advertising your web site and trolling to push as many people you can
on your web site.
But that is not ok and is very wrong!

[EMJunkie]

If the bucking coils produce large currents and magnetic fields in the coils that fight each other, then could a motor be built into the system so that the system could produce mechanical power along with the electrical power production?  The magnet in the motor would have to rotate at the resonate speed of the frequency of the bucking coils.  But can the bucking coils be designed to operate at a lower speed that the magnet cn rotate at that speed?  It just seems to me that if you have opposing magnetic fields, that this could be used to operate mechanical movement somewhere in the system at the same time as performing the electrical energy?  I like to read peoples comments.

The Lunkster

Hi
Why don't you replace the rotor with a coil so to see for yourself what is your chances to do it!
Obviously you need a delay of current in one of your coils. This can be also done at any frequency you like. And if you comprehend the idea then your rotor will not load the input power even if you force it to stop rotating.

Regards

@Lunkster, Great work, ignore the Time Wasters! See patent: US4806834A

Don't let "No-Body's" with nothing of value, guide you! Follow your Gut! Ignore Trolls! If this forum could moderate the Trouble Makers out, it would be so much more useful!

Jeg is right. Many things to investigate here! Action, Reaction and Counter-Reaction!

Best wishes, stay safe and well in these dire times,
   Chris Sykes