Joule Thief

[xee2]

@ kooler

I reduced the capacitor values and was able to get my circuit to output 4.2 kHz through the ignition coil. This was measured with a capacitively coupled frequency meter, not a scope, so there is some chance that the reading is not correct (but it seems to be).

[guruji]

THis would be a great idea but it would be good to try if it works in continuum
Thanks

So then, I take one of my secondaries from a jt and fill a cap or 2 then move one or both into place as for instance the jesus charger and it goes on making light from the other secondary while it fills and discharges from these caps.

I tried that once and did not get it to work, but I figure like all these things there were some technical details I did not know about and left it alone... for later

Am I on the right trail??

jeanna

[innovation_station]

THis would be a great idea but it would be good to try if it works in continuum
Thanks

ill tell you now it does work like this

this is what teslas G is 

after you acheive this self running timmer state ...

it then plugs into MANY MANY  tesla pattends  AS A SUPPLY   

tell me you dont need the pattend ...

ist!

you know i have wondered why the masons got a g inside the compas and right angle ... 

[ian middleton]

oops, sorry Bill I should learn to read the date on some of these posts 


Ian

[Pirate88179]

Ian:

Welcome to our humble group here.  I don't envy anyone attempting to read the almost 10,000 posts but, they do document our discoveries and experimental results and you can also see how we arrived at where we are now.

I made a sister topic to this one called the Joule Thief diagrams topic and there are most if not all of the schematics for about the first 400 pages of this topic.  I am going to try to catch up but I don't know if I ever will be able to.  The basic JT's and several variations as well as the Fuji circuits are all over there though.

I look forward to your participation here with us.  These are good folks here.

Bill