Akula0083 30 Watt Self Running Generator.

[T-1000]

I feel the recent 3volt free energy led experiment got to do with 2 things.
2 Oscillator running at different frequency.

The faster osc is on the left side and the slower osc is on the right side with the green led from base of transistor to ground.
There is some kind of interaction between faster osc ic and the slower osc so that it trigger at the right point of waveform.

Do observe there is counter poise(large copper track at the bottom of coil) which also play a key role.

I do not know of any I/C that can run on 3volts.
One point in video i thought i saw I/C: K56UU-12 for the slower I/C.But google/yahoo search yield nothing.

Even 555 i/c needs 4.5volts.Unless it's 8 pin 7555(cmos version) maybe it can go as low as 3volts.Sorry i'm just guessing at this point.

Well, in the circuit I related it is 8 pin 555 timer, like in example - http://www.sentex.ca/~mec1995/circ/555test.gif  just with different operating frequency setup.

The generator chip is not very important as long as it can fit in flip/flop circuit with controlling feedback from load and can have regulated timing of coil shorting transistor so various timing tests can be done. Also the coil shorting approach is very interesting part and when it is used on sine wave peaks like in http://home.dmv.com/~tbastian/images/CorumDesign.gif there is voltage amplification happening with current not being affected...

[MileHigh]

I do not know of any I/C that can run on 3volts.

The 64-bit microprocessor in your computer runs at 3.3 volts or less.  Lower voltage means less overall dissipated power and lower voltage swings requiring less energy to change logic level.   The lower power and lower voltage levels for the logic allow CPUs and other chips to run at faster speeds.

This has nothing to do with the Akula device.  It's just to answer your question.

[scratchrobot]

I'm playing with an Attiny85, operating voltage 1.8 to 5.5v 
https://www.youtube.com/watch?v=fcjq_KI80gE
https://www.youtube.com/watch?v=bXTe-Ga5DG8
https://www.youtube.com/watch?v=ARLrYruWoBs

Cheap, very easy to program with the Arduino software,  jnaudin is also experimenting with a cpu on a Bedini motor.



With a small battery hidden somewhere like in the coil, an Attiny, LED, and some other fake components it would be very easy to replicate a device like in the Delamorto video's i posted earlier 

[verpies]

I do not know of any I/C that can run on 3volts.
One point in video i thought i saw I/C: K56UU-12 for the slower I/C.But google/yahoo search yield nothing.

There are plenty of Integrated Circuits that can be supplied with 3V.
The 14-pin DIP IC shown in this video is a Hex Inverter к561лн2 that functions with supply voltages from 3V to 18V.

[HG8AD]

There are plenty of Integrated Circuits that can be supplied with 3V.
The 14-pin DIP IC shown in this video is a Hex Inverter к561лн2 that functions with supply voltages from 3V to 18V.