This is it folks, no need for high Q factor coil materials or low/high reluctance paths anymore like in Thane Heins designs. The one electrical component that we have had for donkey's years that has been staring us in the face is the answer to many problems, we just never knew it.
Before I start, this is a open source design and free to anyone in the world to use, Meyer, Heins or anyone else have never included transistors in their designs so this is a freeby. It replaces Meyer's resonant chokes completely and can be used with any bog standard transformer and coils (TX3 and TX4).
Lets begin:
TX1 and TX2 are a bog standard transformer and there is mutual inductance between them. When TX1 is at voltage then TX2 is at magnetic field phase and shuts down T1 because there is no base voltage. This means ALL the back EMF in TX3 and TX4 cannot get back to the transformer and is sent to the load via T2. Because TX1 is at voltage then it supplies T2 with a base supply and connects TX3 and TX4 with the load in a loop that is completely isolated from the transformer.
Now, when the pulse width modulator goes into zero voltage and TX1 becomes in magnetic field phase, TX2 goes into voltage phase and powers T1 into action. T1 then brings in an isolated ground and powers both TX3 and TX4 into magnetic field phase and T2 is shut down because there is no base voltage from TX1. The diode makes sure the back EMF can only run in the direction of the load, then the cycle begins again.
The two transistors open and close back EMF channels when and where you need them to ensure back EMF is ALWAYS forward usable voltage and never returns to the transformer.
The gating ensures you have a massive supply of back EMF into the load at all times. The only medium that this device can possibly consume is time which is inverted into voltage.
By the way, if I have got the transistors wired incorrectly forgive me, I sometimes get confused by how they are configured but you will know where I am coming from. A transformer, two coils, two transistors and a diode.......bloody hell.
This will power anything including a HHO cell but I wouldn't bother with a cell, I'd connect it to a generator.
Go play.
Before I start, this is a open source design and free to anyone in the world to use, Meyer, Heins or anyone else have never included transistors in their designs so this is a freeby. It replaces Meyer's resonant chokes completely and can be used with any bog standard transformer and coils (TX3 and TX4).
Lets begin:
TX1 and TX2 are a bog standard transformer and there is mutual inductance between them. When TX1 is at voltage then TX2 is at magnetic field phase and shuts down T1 because there is no base voltage. This means ALL the back EMF in TX3 and TX4 cannot get back to the transformer and is sent to the load via T2. Because TX1 is at voltage then it supplies T2 with a base supply and connects TX3 and TX4 with the load in a loop that is completely isolated from the transformer.
Now, when the pulse width modulator goes into zero voltage and TX1 becomes in magnetic field phase, TX2 goes into voltage phase and powers T1 into action. T1 then brings in an isolated ground and powers both TX3 and TX4 into magnetic field phase and T2 is shut down because there is no base voltage from TX1. The diode makes sure the back EMF can only run in the direction of the load, then the cycle begins again.
The two transistors open and close back EMF channels when and where you need them to ensure back EMF is ALWAYS forward usable voltage and never returns to the transformer.
The gating ensures you have a massive supply of back EMF into the load at all times. The only medium that this device can possibly consume is time which is inverted into voltage.
By the way, if I have got the transistors wired incorrectly forgive me, I sometimes get confused by how they are configured but you will know where I am coming from. A transformer, two coils, two transistors and a diode.......bloody hell.
This will power anything including a HHO cell but I wouldn't bother with a cell, I'd connect it to a generator.
Go play.