Hello Everybody,
as I found out in many experiments, the voltages in bucking output coils oppose each other, when the magnetic field in the common core changes. When there is no voltage, where should the current come from? The idea to keep things simple leads to new thinking of it. Here is the idea of a four coiler: I will try this setup next, the input coils are bucking, they will be switched on and off to a DC- voltage source. The output coils are "normally" in series, but there should not be any current in series, because the voltages of L3 and L4 oppose, due to bucking mode of L1 and L2. The current flows thrue the middle of L3 and L4, where the Load is. The currents thrue L3 and L4 induce magnetic fields, who cancel out each other. Because the currents oppose in direction and "meet" together to go thrue the load.
I plan a ring core, L1 and L3 should be wound above each other, as well as L2 and L4. The distance should be something between 5 and 10cm. A transforming effect can be achieved, by the winding - ratios L1 to L3 and L2 to L4. The partnered coils L1 and L2 should have the same values, as well as L3 has the same values as L4.
Are there any experimenters, who tried such an easy setup? It is just a "bucking"- transformer- principle. In conventional understanding, the load will be powered, the source will be "consumed". Maybe the input current rises very fast, there should be additional current from the bucking mode of both coil- pairs. When we shoot off, we hopefully get strong current from the decreasing of the bucking magnetic fields. The residing, measurable magnetic field should be very low, but it surely exists and contains some energy, which cannot flow across the load.
If this experiment is already done in other threads, sorry, I did not see yet. Then this thread could be deleted. There are so many coil- pulsers. In my understanding the goal must be to get as much current as possible thrue bucking coils with a minimum of input. This circuit produces bucking magnetic fields during on and off switchng. The load in the middle of the secondary makes the voltages go in the right direction, along with the current.
I belive, I have to try this. Either it works great or the induced voltage across the load is much too low and or has a very short duration, We will see, I keep you informed.
It should make no difference, when you set the voltage source with the switch in the middle instead of RL. RL goes to the place where the voltage source was. It shorts the L1 and L2 bucking coil. Both setups should be equal.
Kind Regards,
Andreas
