BREAKING : **~Imhotep~**'s Free Energy Radiant Oscillator Lite

[waterhouse24]

Hello,
Sorry where the movie can be found ?

HERE

[**~imhotep~**]

Hello,
Sorry where the movie can be found ?

http://www.youtube.com/watch?v=ZIyfYjoKc2k enjoy! a corrective cap fix will be released soon.

[**~imhotep~**]

Howdy Imhotep,

I noticed that you are using a relay and not power transistors.  Do you have an electrical reason for this?  I have had problems with power transistors myself.

Blessed Be Brothers...

i was replicating ev gray pwr supply and decided to use a modern eq of the malllory vibator  it works for the circuit and is easy to replicate and draws low amps ev gray used vibrators for his own reasons  .but they work..

[Vortex1]

Any one who has ever designed flyback switching converters for a living knows that you can capture the flyback pulse and use it to:

a) charge a capacitor

b) damp the secondary oscillations due to leakage inductance (called a snubber network)

c) recycle the energy into the power supply

d) reset the core for the next cycle

e) charge a battery.

You do not get something for nothing in this circuit. You have to make up your mind. If you quench or snub the flyback energy or use it to charge a battery you will have less energy going into your lamp because you will dampen the secondary oscillations.

So what do you want to do?

a) charge a battery

b) light a lamp

c) do both of the above.

There is only so much energy stored in the magnetic field per cycle. How do you want to squeeze the balloon?

Now the word "radiant" is the new buzzword.

[z.monkey]

Howdy Y'all,

After watching the video I remembered something from long ago.  There used to be these little disk capacitors that you would put in your light bulb sockets which limited the current to the light bulb.  I think they were called Bulb Savers, but I haven't been able to find them on the interwebz.  Inrush current used to be a problem for incandescent light bulbs.  The inrush current would blow up the filament in the light bulb the instant you switched the power on.  Basically the Bulb Saver was a high voltage ceramic disk capacitor with plates on the ends instead of leads.  When the Bulb Saver was placed into the light bulb socket it would connect to the circuit as a series capacitor limiting the amount of alternating current that could get to the bulb.  Since I cannot find them we can do the same thing with a regular ceramic disk capacitor soldered in line with the light bulb socket.  You want to pick a capacitor with twice the voltage rating of the circuit.  The value of the capacitor would depend on how much current you want.  The bigger the cap the more current that will flow in the circuit.  I'll see if I can find a formula for that...

Blessed Be Brothers...