Second Stage Joule Thief Circuits

[Magluvin]

hey Gadget
Do you think that some of the power produced in the coil goes back to the battery also?
A lot of this is making sense.

Magluvin

[jadaro2600]

@jadaro2600,

Where in the drawing has I used the word exactly?

Groundloop.

what word?

EXACTLY jarado . Question . now what if we i only use 5/1000ths of that same battery to do the same job??

That would be GREAT! ..this boils back down to my initially idiotic question:

"How do you know how full a capacitor is?" ..and thus you can switch it when you know that it is...  this question should be rephrased to "How does your ( future ) circuit know when the capacitor is fully charged?"

Voltage gated? - JFET maybe?

[innovation_station]

hey Gadget
Do you think that some of the power produced in the coil goes back to the battery also?
A lot of this is making sense.

Magluvin

im almost willing to bet when you understand this ...

a hole lot of things make a hole lot of sence 

ist

i wonder now agin about the ULTRA LOW RESISTANCE...  i bet i have an even better way than i have exposed to charge thease yet      with ring designs already showen ..

makes sence to me and i have charged them in the past with out output diodes....  as well driven 110v lights with out diodes ...  or earth ground  some of thease not in feroite nor ring configs.. altho agin they all work the same way ... just look diffrent ...

if we get a magnetic feild moveing in 1 dirrection  you can pull dc ...  and if it is tuned to 0 loss you can have many outputs   and if you match up the proper freq ... it may well get intresting ...

i have a mod to mutiply the freq of the output ...  not the core the output

then the little turbine spinns up ...  you can hear it ramp up

[Magluvin]

The amount of electrons stored in a capacitor can be directly related to the voltage it is charged to, depending on the caps specifications. Batteries can be elusive on the same terms. But a cap when charged to a particular voltage will have the same energy capability every time, unless the specs are changed due to heat, age, overcharging damage.

Mags

[gadgetmall]

what word?That would be GREAT! ..this boils back down to my initially idiotic question:

"How do you know how full a capacitor is?" ..and thus you can switch it when you know that it is...  this question should be rephrased to "How does your ( future ) circuit know when the capacitor is fully charged?"

Voltage gated? - JFET maybe?

This circuit board above will contain two silicon controlled rectifiers . The first one monitors the aa battery and hits it with a charge from the bcab at what ever level i set it to to make up for any loss.You can demonstrate this your self without the control board if you replicate the heater circuit . Simply let the Ultracapacitor charge above the AA battery voltage and take one jummper and connectit to the pos of the Bcap and then touch the pos of the run battery . Be sure you have your meter hook up to theaa battery!  The second scr controls and monitors the bcap voltage at a setting i chose .The bcap will only charge to a set voltage by a zenar diode . we are not concerned with over chaging as the demonstration for Stephan he want no heat and only lights so the second scr will control switching the output to a voltage that is high enuff to allow the first scr to do its work.
Gadget