Joule Thief

[stprue]

@altrez

Are you saying you have a self runner with gain?  I like the sounds of your design, do you have any pictures? 

[altrez]

@altrez

Are you saying you have a self runner with gain?  I like the sounds of your design, do you have any pictures?

Well stprue i have what might work as a self runner with gain =) I have some pictures and will post some in the next few days. Maybe tonight! I dont want to really get everyone excited about it untill I have really tested it. However I am sure you could whip a bucker up in two secounds.

At least you could see it working in basic theory.  And it does work. Think of it this way, the main thing that was needed was to close the loop and by using two JT connected to the same torrid and have then in charge / receive mode you can keep the battery's charged with very little draw. Adding the pick up coils with the energy collectors on it allows you to easily see the extra energy that is collected and that then can be measured while still seeing a positive charge on the battery.

The next thing that is really exciting and for this part I am working with a timer circuit to get what I call the bucking amplification effect. If you turn off and on the Bucking Joule Thiefs quickly the two fields that are made collide and cause a huge spike. This can be seen on any stranded scope. Or collected in a cap.

Now that I feel is extra energy for sure. And its the hardiest to reproduce because timing is such an issue. You can see the effect somewhat every time but if you hit the effect perfectly then your like where did that 100 volt spike come from?

Take care,

-Altrez

[stprue]

Sounds very exciting altrez I look forward to some pic!

Thank you for the response.

[slapper]

Now that I feel is extra energy for sure. And its the hardiest to reproduce because timing is such an issue. You can see the effect somewhat every time but if you hit the effect perfectly then your like where did that 100 volt spike come from?

If you are picking up some spikes while making adjustments but are finding it hard to lock it in you may have to add some sweeping or frequency modulation to your set up so that you are constantly sweeping past the sweet spot. Never thought that there may be an inversion point going on in EM.

Take care.

nap

[innovation_station]

Well stprue i have what might work as a self runner with gain =) I have some pictures and will post some in the next few days. Maybe tonight! I dont want to really get everyone excited about it untill I have really tested it. However I am sure you could whip a bucker up in two secounds.

At least you could see it working in basic theory.  And it does work. Think of it this way, the main thing that was needed was to close the loop and by using two JT connected to the same torrid and have then in charge / receive mode you can keep the battery's charged with very little draw. Adding the pick up coils with the energy collectors on it allows you to easily see the extra energy that is collected and that then can be measured while still seeing a positive charge on the battery.

The next thing that is really exciting and for this part I am working with a timer circuit to get what I call the bucking amplification effect. If you turn off and on the Bucking Joule Thiefs quickly the two fields that are made collide and cause a huge spike. This can be seen on any stranded scope. Or collected in a cap.

Now that I feel is extra energy for sure. And its the hardiest to reproduce because timing is such an issue. You can see the effect somewhat every time but if you hit the effect perfectly then your like where did that 100 volt spike come from?

Take care,

-Altrez

i LOVE YA MAN!

whip the bucker up !

lol

ok

here is 1 more youll love it too!

: )

take that big ass cap i rave about ...  find bout 50 smaller ones ...   

and bounce em ! the big one is the battery cap ...  it holds 2500 uf at upto 400v so if i was to sifon off it via a few 400v 100uf caps or something like that ... 

: )

im takeing apart rf amps right now useing the power supplies for there caps .. 

i will charge the big cap from a cam unit it will also fill the bangers ... : ) 

i lost my aa wall charger ...  so i pulled out the boost cap to feed the cam units ......

: )   they work at 1v but not too well  probally 1.5 is just right

yikes now i could charge the boost in 30 seconds and it could run many cams for some time  each cam could have a battery cap ..  then as many bangers as you desire at whatever voltage you require..