Infinity Coil

[z.monkey]

Howdy Y'all,

OK, I found a new inverter circuit on the internet.

http://www.aaroncake.net/circuits/inverter.asp

This one is beefy, up to a kilowatt, Whoo Hoo!  It is a relatively simple circuit with meaty parts that self oscillates at 60 Hertz.  It is tunable also by altering the C1and C2 tantalum caps.  The guy that designed it intended to use it to step up 12 Volt vehicle power to run small AC appliances.  Well, now its going into OverUnity Land.  I have the parts, managed to pick them all up last night at the local surplus electronics store.  So I still have to assemble the inverter board.  I'll have to do some experimenting to determine how I want to hook up the Infinity Coil.

I still have the second core to play with.  I haven't wound it yet.  The theory of the Infinity Coil is still in flux and I may wind the second core in a very different way.  I'll post all the details when I get my thinking straight on the subject.  We need to use big wire on the cores to achieve high current flow, But I am thinking that stranded wire with thick insulation might not be the way to go.  It is something that I am going to have to experiment with to find the best combination.  Cater says you want heavy wire with thick insulation, while my brain is telling me I want heavy wire with thin insulation.  Its a flux flow thing between the wire and the core, we'll figure it out...

Blessed Be Brothers...

[AbbaRue]

For 1000W Q1 and Q2 will need to add up to at least 100 Amps each.
What are the values of the rest of the parts?
Could you please post a parts list for us?

[z.monkey]

Howdy AbbaRue,

Yeah, I'll have to get some hardcore transistors for Q1 and Q2 like the IRFZ44.
Right now using 2N3055.

Here is the Bill of Material...

C1 and C2 are 68uF 25 Volt tantalum capacitors
R1 and R2 are 10 ohm, 5 watt power resistors
R3 and R4 are 180 ohm, 1 watt power resistors
D1 and D2 are 1N4007 silicon diodes
Q1 and Q2 are 2N3055 power transistors TO3 package with heatsinks.
T1 is the center coil of the Infinity Transformer.

I have the board already built.  I'll post a picture tonight when I get home.  Plan on doing the first test with the new inverter tonight.  This must be a tease for you all watching.  I have a lot of configurations to try and they do not happen quickly.  If I find a configuration that I like and don't want to take apart I have to build a new transformer, not quick or easy.  Otherwise I have to take apart the current configuration and rebuild it as another configuration.  But the plus side is I am relatively quickly eliminating the configurations that do not work and making progress toward the configuration that does work.  Hopefully within a couple of weeks I will have ferreted out the magic combination and we will have an OverUnity Infinity Transformer.  I am ready for that prize money, I have certainly spent more than the prize money trying to win.  But its all good, and in the end everybody wins with a new OverUnity generator we can use to power all our stuff.

Blessed Be Brothers...

[4Tesla]

Howdy Y'all,

OK, I found a new inverter circuit on the internet.

http://www.aaroncake.net/circuits/inverter.asp

This one is beefy, up to a kilowatt, Whoo Hoo!  It is a relatively simple circuit with meaty parts that self oscillates at 60 Hertz.  It is tunable also by altering the C1and C2 tantalum caps.  The guy that designed it intended to use it to step up 12 Volt vehicle power to run small AC appliances.  Well, now its going into OverUnity Land.  I have the parts, managed to pick them all up last night at the local surplus electronics store.  So I still have to assemble the inverter board.  I'll have to do some experimenting to determine how I want to hook up the Infinity Coil.

I still have the second core to play with.  I haven't wound it yet.  The theory of the Infinity Coil is still in flux and I may wind the second core in a very different way.  I'll post all the details when I get my thinking straight on the subject.  We need to use big wire on the cores to achieve high current flow, But I am thinking that stranded wire with thick insulation might not be the way to go.  It is something that I am going to have to experiment with to find the best combination.  Cater says you want heavy wire with thick insulation, while my brain is telling me I want heavy wire with thin insulation.  Its a flux flow thing between the wire and the core, we'll figure it out...

Blessed Be Brothers...

I was looking a the site where you got the schematic and it seems a lot of people have had problems with it.. I would test it first with the 24V, center tapped transformer first and then use your transformer.

Jason

[z.monkey]

Howdy Y'all,

4Tesla, Yes I had considered that.  I powered it up the first time with a bank of D Cell batteries (12Volts).  I want to run it on 12 Volts to be compatible with modern systems.  It worked good with slightly used D Cell batteries.  I could hear the transistors singing.  There was around 11.5 Volts AC on the output coils and I was happy.  OK, time to kick it up a notch.  I took the bank of D Cells off the board, removed the wiring for them, and hooked up a 7 Amp 12 Volt SLAB.  I was thinking that I had really simplified the system.  I'll be able to run the system feedback on 2 wires instead of 3.  I'll be able to make a simpler circuit that is easier to replicate.  The whole system was crystallizing in my mind, I could SEE it.  Free energy is just a millimeter away.  I got everything hooked up.  Put my meter probes on the input terminals for the inverter board to watch the voltage drop on the battery, and switched it on.  It sang beautifully, and loudly.  There was only half the voltage drop as the was with the bank of D Cells.  Then everything went dead.  CRAP!  The Back EMF from the Infinity Transformer blew every piece of silicon on the board.  DEAD, TOTALLY DEAD!  No more voltage drop, there was no more current flowing.  I was afraid of this, using 35 year old parts to drive a super inductive load.  I feel like such a sucker...

Blessed Be Brothers...