Joule Thief 101

[MileHigh]

It is quite funny that you can keep on and on about that magical question you asked EMJ--keep on badgering him about it time after time,and yet you your self cannot understand the very laws you preach--that being faradays law of induction.

You just had to step in,and say my diagram was wrong--even admitting to being picky. You then modified my diagram to show what !you! think is the correct wave form for the !circled! time- path (in orange) for the magnets start and end position to form that sine wave you drew on the diagram.

I agreed with Bill to keep it civil,and so i will not use the words you keep using.
But every time you have tried to correct me on this thread,and call me all sorts of names under the sun,you have repeatedly fell flat on your face,and i have had to continually correct your mistake's,so as those here will learn from correct information.

I cannot believe after all this time--all your insulting smart ass comments toward other experimenters (mostly EMJ),and all your preaching of the laws you love so much,that you have no idea how to show them on a simple diagram--which you did not even have to draw--i drew it for you,and you scribbled some rubbish on it.
You preach faradays law of induction,but you screw it all up when it's comes to showing it on paper--you just dont understand what you preach,and there for have no right what so ever to judge other people-like EMJ.

Your ass should be made to apologize to EMJ,as you know less than he dose about basic induction.
In fact,i think EMJ would run rings around you in basic transformer induction-even though he dose not agree with what TK and myself say about mu little schematic and question.
The one you have screwed up is as basic as it come's,and you had another epic fail.
Say sorry to EMJ,and come back when you have learned the basics of induction.

Brad

LOL

You then modified my diagram to show what !you! think is the correct wave form for the !circled! time- path (in orange) for the magnets start and end position to form that sine wave you drew on the diagram.

You are absolutely unbelievable sometimes.  The arrow was circled to remind you that the disk is rotating because your second incorrect diagram showed a zero volt output only.

Your third attempt looks great, and at least you are implicitly admitting your mistakes, but we wouldn't want you to say that lest your brain breaks.

[Grumage]

Dear Brad.

Attached is a screenshot of a " pinched field " waveform past an unloaded coil.

This was done a couple of years ago under the " eye " of T-1000, we were looking at the Leedskalnin generator.

I managed to get a pair of 6 mm ( 1/4" ) square magnets with the N poles facing into a rotor that was spun by hand. Note the tightness despite the very low rotation speed.

Cheers Grum. 

[MileHigh]

In Other Words:  Rap the glass and it twangs at its natural
resonant frequency.  If that tone isn't satisfactory, partially
fill the glass with wine and rap it again.

Repeat as necessary.

Drink the wine following each trial.

Yes, early in the thread you were bursting with attitude when we started to talk about resonance and getting all riled up.  And lo and behold, now that you see the answer you realize that you were not in fact able to answer the question correctly.  Now that you see the answer you can be a better "resonance researcher."

[tinman]

LOL

[/b] because your second incorrect diagram showed a zero volt output only.

Your third attempt looks great, and at least you are implicitly admitting your mistakes, but we wouldn't want you to say that lest your brain breaks.

Dont try and wheasle out of this one MH.
You clearly state Timing diagram,where the orange circle indicates the timing of the magnet.

You are absolutely unbelievable sometimes.  The arrow was circled to remind you that the disk is rotating

Nice try MH. The arrow was still there,and so we already know that the disc was rotating.
Your orange circle is the magnets travel --your time in your timing diagram.

My diagram was correct both times,indicating a 0 volt value across the coil when the magnet is at the center of the core of the coil--it is even written on all of the diagrams MH lol.

You done the big face plant this time,and now you are trying your back peddle tactic's, but it's all there for everyone to see. lol


Brad

[tinman]

Dear Brad.

Attached is a screenshot of a " pinched field " waveform past an unloaded coil.

This was done a couple of years ago under the " eye " of T-1000, we were looking at the Leedskalnin generator.

I managed to get a pair of 6 mm ( 1/4" ) square magnets with the N poles facing into a rotor that was spun by hand. Note the tightness despite the very low rotation speed.

Cheers Grum.

Yes Grum
That is the wave form you should see when a single magnet with a tight field is passing an inductor.

Brad