to Sebofato

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Hey Sebofato,

thanks for the pll circuit...  I follow your ideas somewhat..

I read how you are winding coils with trials for acitivity and response.  Maybe you can explain this to me, or maybe someone else can who's reading this...

I've wound dozens of coils, rods, air, and toroids with various effects when pulsed with 130 volts rectified from my variac.

How is it that the best coil I've built for gas and back emf spike voltage is buit with a 4" toroid-iron powder mix 28 with an inner secondary wound of two wires in parallel as a single layer using 16 gauge stranded teflon wire with a primary wound over that of four layers of single wire 20 gauge stranded teflon wire.

They are both wound completely around the donut.  I don't use chokes.  Just the toroid alone currently.

Conventionally I would think it would step down the voltage yet it shows the same voltage in as out.   My spikes are ranging between 640 and 680 volts with four similar but not exact toroids.   oh, at 12.5Khz  I've also found 100s of spike volts difference between different mosfets.  The current leader is the 600v, 6A, IRFBC40.

If you can explain this.. well,  I'd be obliged and impressed...

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I think i understood your question.

If the secondary is an open circuit or if you leave the least open you will have this kind of spike.

Voltage in the secondary is = to the current induced * secondary reactance

having a load adapted for the impedance transformation you should read the calculated value. If its resistance is lower than that ideal the voltage will be lower.

Voltage is also = to amps * resistance

If you have 100 ohms resistance (load) and 5 amps in the secondary you will see 500 volts.

hope i helped

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Sebosfato,

I understand what you're saying, yet what explains the primary with six times the turns as the secondary with no step down voltage effect from the toroid?  that was the real question, I could have asked it better...

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Voltage must always be measured under load or it has no meaning for just an open secondary. I hope you understand what i mean.

Did you measured amperage?

Are you using any diode on the secondary ?

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In the Electronic testing voltage under load is agreed!

However, When you enter into the world of trying to alternate a "molecule" with voltage the goal is preventing any current flow. This is because the voltage is allowed to increase due to no conduction. The voltage applied should be "altered" to perform work,,,,, Only when current flow is "completely" Prohibited these applied voltages can be "digitally" controlled threw the transformer, am amplifying device which is,, "Mirrored" by chokes in speed.

Once the voltage tingles the molecule at the right, Waveform, whatever that may be,, The molecule surrenders and gently comes apart.

Something to think about... A heat pump can consume 3k watts from the electrical Grid. At that same time,,, We know that 3k watts is equal to 10,236 Btu's, thats what the pump is consuming, 10k btu's. However the heat applied to the home is much greater, 40k btu's for example!

Ask yourself,,, How is it possible for a heat pump to consume 10k Btu's, But yet Give back 40k? It is said the heat pump is NOT an overunity device, It simply takes the Heat from the ambient air and applies it inside the home. It's not that the pump is Producing more than it consumes but simply using energy to "Transfer" the heat from the outside ambient air to inside the home.

If this is confusing, Air at 0°F has no heat, where there is available heat in a temp of 1°F.


Much like the water molecule,,, Do not try to force it into going into its gaseous state, Simply ask the molecule to do so, "It is the molecule that will perform when properly ask to do so."

If you can ask the heat in the outside air in the winter to come into your home, Why not ask the water molecule to separate in a language it can understand, which is voltage communication.

I have nothing else to do at this moment,, so I thought id drop in and apply some to this thread..