Don Smith SWR Power

Описание: Greetings, everyone! Today, I want to take a moment to discuss the concept of reflected power in high-Q reactive systems. Typically, reflected power is considered undesirable—it’s often ignored or shunted out of the system, dissipating as heat or grounding losses. In conventional electronics, this makes sense, as components like transistors have a limited threshold for reverse values, and exceeding this threshold can cause them to fail. This is one of the main reasons reflected power is avoided in traditional setups.

However, in this system, I’ve turned that limitation into an advantage. By harnessing reflected power, I’m able to use it as an additional spark gap tap to operate two 110-volt AC lamps in series, while simultaneously maintaining a separate DC rectifier to charge a large supercapacitor bank—all with an incredibly efficient input of less than 1 amp DC at 12 volts.

It’s important to note that this is not a Tesla coil, nor is it based on traditional transformer action. It’s also not designed to intentionally radiate RF energy. Unlike Tesla’s work to send wireless energy to the neighbors, I’ve managed to contain the high-Q field so tightly that it wraps around the neon tube and only extends a few inches. This eliminates “far-field” energy waste—lamps and neons outside this immediate field won’t light up.

For additional efficiency, you could even connect a full-bridge rectifier between the two AC lamps to create yet another power tap. This process can be extended in a cascading fashion, all without putting extra stress on the input.

This approach opens up exciting possibilities for efficient energy use, and I’m eager to hear your thoughts.

For those who are new to my videos. Please watch this video for full PDF link with details.    • USSR OverUnity Device  

Forum http://typeright.social/forum