Joule Thief 101

[EMJunkie]

Sounds like you, as usual, have no idea what you are talking about.

Let me know when you observe a proton decaying. Until then.... you can STFU.

Clearly, an interesting observation, something that you either know something about or do not... What happens to the fundamental particles when they decay?

Lets take your Proton... Beta decay

How is it that, a Proton is transformed into a Neutron, this decay emits an Electron and a Neutrino, or if it's a Beta Minus Decay, a Antineutrino and Electron?

Yet you dufuses agree to hand shake and Postulate that Magnets do not Dissipate Energy.

In all the universe, energy is being exchanged all day every day!!!

Hasnt it been a bad day for you TK?

   Chris Sykes
       hyiq.org

[EMJunkie]

@All - This is an excellent example of someone in stature, steering others wrong because of an incomplete understanding!

I urge you all to cross reference all information you come accross all the time. Even the Information I share, not to be bias!

Brad, your scope shot shows the expected 90 degree phase difference as predicted by Faraday's Law: The induced (negative) EMF in the second coil is proportional to the _time rate of change_ of the inducing magnetic field from the first coil.

This statement is completely wrong!!!

Which means that TK may not have interpreted Tinmans Scopeshots correctly!

The angle of phase shift is 180 degrees. It was Heinrich Lenz that discovered this Phase Angle difference and thus it is now called: Lenz's Law. Today very well known! Lenz's Law is incorporated into Faradays Law of Electromagnetic Induction by adding a (-) Negative sign in the equations:

The Magnetic Fields are equal and opposite.

   Chris Sykes
       hyiq.org

[tinman]

Brad, your scope shot shows the expected 90 degree phase difference as predicted by Faraday's Law: The induced (negative) EMF in the second coil is proportional to the _time rate of change_ of the inducing magnetic field from the first coil.

The first coil's magnetic field follows, to first order, the current shown on the scope trace. At the peaks of this current, the time rate of change is zero (instantaneous slope is horizontal) -- and so the induced EMF as shown in the second coil's trace is zero (the induced current trace crosses the zero volt baseline at the same time the inducing current peaks.) When the inducing current (magnetic field) is changing at its maximum rate (the place where the instantaneous slope is steepest or most vertical: the zero crossing) the induced current is at its maximum (the peaks).

As you raise the frequency of your test, stray inductances (wire connections) become increasingly important and the observed phase difference on the scope will change.

Well i was hoping for minnie to answer,as it was he who said i needed to brush up on my induction skill's. Although he seem'd happy to make further comments !after my post!,on other subject matter,it would seem he avoided answering the question --another MH perhaps?.

Anyway,more to come soon enough.


Brad.

[MileHigh]

I will give you 2 days to prove that a magnet dose not dissipate energy,and i will show you proof that it dose in under a minute.

A simple 1 minute experiment can show a magnet dissipating energy,but your short sightedness just dose not allow you to grasp such a concept.

You have no vision at all MH--that much is clear.

Brad

I will wait the two days and we will see what your vision has to offer.

[EMJunkie]

Well i was hoping for minnie to answer,as it was he who said i needed to brush up on my induction skill's. Although he seem'd happy to make further comments !after my post!,on other subject matter,it would seem he avoided answering the question --another MH perhaps?.

Anyway,more to come soon enough.


Brad.

Hmmm, I think John has gone out for a drive, in his Minnie, maybe to consult with his Physics Professor friend...

Yes, what a terrible day for the Gurus!!! Completely and utterly wrong in all areas!!!

I got the STFU from TK, I am extremely insulted - Hahahaha Just kidding!

   Chris Sykes
       hyiq.org