What is the configuration of the circuit? what frequency is that happening? are you pulsing this coil in series with the cell? no vic?
As I explain in the video, the coil is wound with 5 strands in parallel. These make up the actual VIC in they way they are connected. So the cell and the VIC coils are connected exactly as Meyers describes. The coils are around an air core wound bifilar style. I estimate up to 250 turns.
Based on previous experiments with resonance on Charles Seiler's circuit and results I had when trying to step up this coil, I believe the number of turns on the secondary and the chokes may not actually have the effect on resonance that we are all expecting. I will need to do more experiments to confirm this.
The cell I am using is a pair of stainless steel pipes, the inner is 1" long, the outer is 3/4" long (same as my other videos).
Water was originally distilled, although it is likely somewhat contaminated now.
The frequency varied but in phase lock it was between 1.8kHz and 2.2kHz (I need to confirm this).
You may have noticed in the video that when I first adjusted the frequency that it went in and out of resonance at first, but by the end of the video it was locked in resonance.
Gas was coming out the whole time, whether in resonance or not, but I think the point was at resonance it is the most efficient. It was not an earth shattering amount of gas but it was a steady flow. Quite frankly however, I'm not sure 1. That the VIC circuit is driving enough current to the primary and 2. The coil is optimized properly. Again, more experimenting needs to be done. However it seems to me that this VIC circuit would need to be scaled up for larger cells/applications somehow.
TS
