Joule Thief

[gadgetmall]

Thanks for the feedback gadgetmall, you have given us all a lot of useful information so far and I appreciate that.

Wether it's the JT or Fuji in the end, I think that BEMF will be proven eventually to run a circuit with enough energy to recharge the battery driving the circuit, and lighting CFL's and/or LED's 

Edit:  @gadgetmall, was that a 103 PF or 103 MF cap in the cct just to clear things up.

Regards,
Paul

Paul  It just has 103 On it . According to Miss Jeanna the Chart Indicated 10 is the number times the 3rd number which is 1000  . No i don't understand that Measurement  . because Pf is Pico Farads and is 0.000000001F = 1pF) range or one Millionth  Millionth of a farad where as Micro farads are in the 0.000001F = 1uF range and is one Millionth of a farad. so 100 pf = 0.1nano farads or 10,000pf is 0.1uf ? Do you Understand  BTW on your BEMF idea . Whats more than possible 

[Goat]

@ MK1

I appreciate your efforts and again no offense to the work you have done so far,

My motive so far is to get the most voltage out of the most efficient circuit we have come up so far, it seems that the Fuji circuits fills the bill in that it's able to drive a higher BEMF voltage from the battery and using very little current,

Having said that, I don't believe the toroid JT is a lost cause, just that what gadgetmall has presented with the Fuji modification has a better return for the battery, perhaps we should be looking at the best return for a $2 solar LED running the circuit, it could recharge the battery in the daytime and run the lights at night.

Regards,
Paul

[AbbaRue]

The numbers on those little caps tell you the number of pF of the cap.
eg.  103 means 10,000 pF      472 would be 4,700 pF. 
Just like for resistors the first 2 numbers are the value and the last number is how many zeros to add.

@gadgetmall
Glad to hear the good news about your bedini motor.
Could you please post the link to were the open source instructions are found.
I may attempt a replication my self.

Thanks.

[gadgetmall]

@ MK1

I appreciate your efforts and again no offense to the work you have done so far,

My motive so far is to get the most voltage out of the most efficient circuit we have come up so far, it seems that the Fuji circuits fills the bill in that it's able to drive a higher BEMF voltage from the battery and using very little current,

Having said that, I don't believe the toroid JT is a lost cause, just that what gadgetmall has presented with the Fuji modification has a better return for the battery, perhaps we should be looking at the best return for a $2 solar LED running the circuit, it could recharge the battery in the daytime and run the lights at night.

Regards,
Paul

Yep even better recharge in the day ,light and recharge in the night too . Think two aa's and a switcher

[Goat]

Paul  It just has 103 On it . According to Miss Jeanna the Chart Indicated 10 is the number times the 3rd number which is 1000  . No i don't understand that Measurement  . because Pf is Pico Farads and is 0.000000001F = 1pF) range or one Millionth  Millionth of a farad where as Micro farads are in the 0.000001F = 1uF range and is one Millionth of a farad. so 100 pf = 0.1nano farads or 10,000pf is 0.1uf ? Do you Understand  BTW on your BEMF idea . Whats more than possible 

Thanks gadgetmall

All this time people have been telling us "So what, you got more voltage but no amps" 

Now thanks to you we have more candle power than before using BEMF,

As far as "Do you Understand " no I don't unfortunately (you lost me), is it PF or MF?

Regards,
Paul