Tuning a dual resonant system creating high voltage and current that are in phase.

Two capacitive coupled resonant systems are tuned, producing high voltage and current that are in phase. The high voltage creates strong displacement currents that power the high current system. This is a form of dielectric induction. If you want to support my research, you can make a donation on my PayPal: https://www.paypal.com/donate/?hosted... Thank you for your support! link to hV AC transformer: https://highvoltageshop.com/en_GB Chapters: 00:00 - intro 02:08 - pancake coils instead of solenoid coil 02:39 - introduction to the experiment 03:10 - setup 10:08 - The PCB with flow chart 12:39 - The probes 13:27 - The current probe fault 17:20 - First experiment 19:24 - Detuning up and down 22:42 - Q factor 23:19 - detuning with less parallel capacity 26:28 - it looks tuned but isnt! 26:55 - tuning the HV system 27:19 - less paper=more capacity=lower frequency 29:14 - back to 15mm paper, checking the hV Fres 30:23 - max input power giving 38A 3kV in phase 32:09 - Infrared measurement 34:37 - Intro to experiment 2 34:46 - The square wave schematic 34:52 - the boost coil 36:25 - square wave on the scope 38:08 - changing the square wave phase 40:43 - Measuring with LCR meter 41:23 - 31.33 uH unloaded 41:37 - 8.13 uH shorted 42:28 - measuring the capacitance 42:51 - measuring the parallel capacity 43:19 - Conclusion 43:27 - Next up 43:53 - scrolling instructions