Joule Thief 101

[tinman]

Brad:





Do you want to get the question so you can try to answer it?  You seem to be chomping at the bit so I can give it to you if you want it.

MileHigh

As you could see in your no-link hidden copy/paste about the operation of a Joule Thief circuit at lower voltages, you can indeed fully describe the operation of a circuit without having to have component values.  This concept is freaking you out because it is outside your realm of experience and your way of thinking or capacity of thinking with respect to electronics.  The reality is that it's done all the time and it's the normal way that people describe the operation of a circuit.

Go find that copy and paste article MH--you wont,because it came from me.
You are a sore looser-and that's is very evident here.
I wipped your ass,and you did not think i could, But now you know i can,you resort to some other type of discrediting tactic's.
EPIC fail MH--and here for everyone to see.
I bet you had it planed all along--the backup plan just in case i came good on the explanation--which you did not expect.
You didnt even have the balls to have a go your self,and the reason for that is--you just do not understand your self how it works-->facts MH,fact's.

You only have the ability to go by the book's,and when things are outside that realm,you fail--and fail badly-->as you have done on this thread.

You are really hung up on the EMJ question and accusing me of it being incomplete which of course is ridiculous again because I never even said what the question was.

Bullshit
It;s posted on this thread--another fail MH
A question even your self cannot anser. You know you have fell in your own hole,and now it's that deep,you cant get out.
Facts MH,facts


Brad

[sm0ky2]

I'm not sure if your scope shot is for the standard Joule Thief running at 500 mV with a 1K resistor, or,...
MileHigh

when this started, we used 100 Ohm (standard),  at what point did this become 1k Ohms?
JT's can be used with virtually any range of base resistor (depending upon the transistor used)

This is the problem with trying to claim a "standard" circuit.
Once you define this you eliminate all other Joule Thief circuits created before or after the one you specifically reference.

You are still missing the point that Armstrong's equations still hold true , REGARDLESS of what components you choose!!

[MileHigh]

Not a chance.  It's more like you were too immature to just tell me which posting and likewise you are too immature to admit that it's just a paste from somewhere else.  It's just like when you are challenged about Joule Thief operating voltages and your fake response is to say "Everybody is only interested in Joule Thieves operating at lower voltages."  It's a pattern.  It's Brad's continuous BS on the fly to make it look like you are never wrong - which is extremely immature.

[MileHigh]

You are still missing the point that Armstrong's equations still hold true

What's the dance floor about?  That's what I want to know.

[sm0ky2]

What's the dance floor about?  That's what I want to know.

Well, you see....

when you are out on the dance floor, surrounded by Trons and Hoes...

It doesn't really matter what your theory is,
the fact that you bothered to participate Is all that is necessary to get laid...