This post was on my bench but it is so important I placed it here.
This system charges the core because its treats Row A through Row D as single wires because there is an impedance match at either end of the line. The cell is the same impedance as the line that supplies it and the coil so that it appears to the core that these four bifilars are single wires.
But when there is a change in current and the four bifilars collapse, the diodes turn the four systems into a one directional loop. Voltage then passes in two directions through the core and we all know what happens next, the current cannot flow in both directions and cancels out.
Incidentally, the length of the wire from bifilar A to the diode has to match the length of the wire from the bifilar to the cells at less than a quarter wave or the system will not function. This fact has been kept from you but now another piece of the puzzle falls into place.
The clock is ticking, the time is near, the boards are ready, the last pieces of the puzzle have just fallen into place. It's Miller time.
This system charges the core because its treats Row A through Row D as single wires because there is an impedance match at either end of the line. The cell is the same impedance as the line that supplies it and the coil so that it appears to the core that these four bifilars are single wires.
But when there is a change in current and the four bifilars collapse, the diodes turn the four systems into a one directional loop. Voltage then passes in two directions through the core and we all know what happens next, the current cannot flow in both directions and cancels out.
Incidentally, the length of the wire from bifilar A to the diode has to match the length of the wire from the bifilar to the cells at less than a quarter wave or the system will not function. This fact has been kept from you but now another piece of the puzzle falls into place.
The clock is ticking, the time is near, the boards are ready, the last pieces of the puzzle have just fallen into place. It's Miller time.