Second Stage Joule Thief Circuits

[FatBird]

Gadget,


1.  What is the approximate frequency of the charging circuit?

2.  How many minutes does it take for the 650 Farad Cap to charge up to about 1.5 Volts?

3.  Can your circuit feed a Heating Coil Load continuously, or only after the Cap is charged for several Minutes or several Hours?


Thank you.

[gadgetmall]

I decided to keep it the same way it was . I will not report on what my 1500farads are doing      This  information is for Me alone .unless you replicate it;) 
This is the completed unit . one difference is i used one one watt led and one 20ma led on the secondary AND i used heavier wire #22 on the toroid .Its all compact so the cat can stomp on it all he likes . I could probably throw it and it will run . the current will be adjusted to 13ma however i am noticing a much higher charge rate at that level with the heaver wire ?Its adjustable now from 5 ma to 21 ma . I will begin the test with the other battery i charged  and also i will discharge this 650f cap to .500 after i eat lunch.you can see the 1 watt led +20ma led dont count and is free energy all the time .I am just using it as  an indicator and they are about 1/2bright now .They get very bright once the cap charges and as a plus it light up the room as is. the 1 watt for Stephan will be drawn from the bcap once it reaches its volts  of 2.6 safety margin .This is a standard JT ,no control circuit on this one .This is a Test comming up,redo experiment 1 but with bigger wire for the toroid..feel free bill to resize

[gadgetmall]

i will say i can add i can count and sure i have figured many things out ..
so here we  are .. 

all tests indicate im correct!

nothing have ever been built that can touch it ...

espically if i throw the sm kick at it ...  probally blow the damm caps ...



trust me  i know where  we can take this to a level never seen !

ist!

i feel i do not need to show proof at this time .. i will and i hope a few will build it .. 
the proof is showen

we finally got the ee's to calculate it properly

the cop on gadget's fast test  is 2.44 / 1 cycle cap charge .. 
so this ou.. 

it goes less than nothing ..  when i use the output of MY CAN

means infanite efficiency.. over the required start up engery ..

it then CYCLES WITH GAIN!

AND IT COST FROM SOURCE 5/1000V OVER 14H

i will agree i think the math of 1 charge cycle has been  properly calculated ! on the starter !

w

so all in all the ee's woke up     fact is it does not matter as i will drop a high efficient design on the can .. and soon wash away any rain ..

this was 1 of the most basic jt's  that was tested !

right gadget!  it is just a plain one ... and 2.44 cop   

you are correct Ist . And I know if this little simple Standard Jt is BLOWING their MIND and WILL WIN the MONEY !!!YOU design will be 10 times the COP i am getting . This is so easy and bettery yet the circuit Alex is putting together can self run this bad boy until the battery get so dried up its stops working . i dont care about efficieny tolerances of the cap NoR will i or any of you be alive before the life of the cap is over . By then Everyone in the world will have free energy and i am proud to be part of the little Gang we got here and also be the one to give this away for the poor folks and freezing childred who have to be in the dark at night because ther is no electricity ... Tell ya what . the output of the CE junction with the diode is 14 volts . Next experiment going to series parallel 6 caps . O by the way there are 4 left to sale . I am holding back 10 just incase and also for Stephan and a good friend i just made. . i own 7 and one 1500f  already so ... .  we can still get them but they will be 2X higher . there will be no more deal bcaps from maxwell. Sorry .... Avarage Cost will still be below 300Us for a perpetual selfrunning mini MONSTER!!

[Groundloop]

@gadgetmall,

I have upgraded my test circuit with another Germanium diode. I then took a really discharged
(down to 7 volt) lead acid battery (12 volt 7Ah) and connected at the output. Then I connected
a worn out 9 Volt Duracell battery (it was 8 volt) to the input. I have one ultra bright led at
the third coil on the toroid as shown in the drawing.

Now, since there is a direct path from plus on the input battery and through the little Germanium diode,
then I did expect that this diode should have blown up when I connected the charge battery.

It did NOT do that!

Instead the charge battery is slowly climbing in volt, indicating that a charge
is going on. I also did expect that the drain on the input battery should have been high for the
same reason as stated above. That did not happen either.

So now I can confirm that your circuit is indeed capable of charging a low resitive device at the output.

Alex.

[Pirate88179]

Groundloop:

Thank you for your efforts and your posts.  These are exactly the constructive, productive kind of posts that are needed here.

@ Wilby:

Yes, I saw where they are insulting MK1 over there.  This shows they have not read even the first few pages of the JT topic or they would see how much MK1 came up with and contributed.  His MK style windings on the toroids are still being used today by many folks and he has advanced our research to a much higher level.  But, I guess none of that counts with some people that have not bothered to read.

Bill