Part 2/6:
The experiment involves two separate circuits connected to a shared antenna. The first circuit is straightforward, with its output directed to the antenna, and the ground is connected between two large electrolytic capacitors. When expanding to a dual circuit setup, the ground connection for the second circuit is strategically placed at the same spot where the antenna connects, rather than between the capacitors. This approach enhances the efficiency and stability of power transfer.
A small 1,000-ohm resistor is attached to the output for monitoring the power levels, enabling precise measurement of voltage and current. The dual circuit setup aims to boost overall power transmission by combining the outputs of two circuits, presumably to increase the wattage delivered to the antenna.