Working on a Tesla coil at the moment. HV supply and coil are both together, work still needs to be done to get them 'talking' to each-other.
The HV supply is together and working, but I really needed to probe the circuits to see how it is performing on the micro scale.
But, having smoked a fair share of equipment in the past I was VERY hesitant to take more risks.
Nevertheless, after carefully probing the lines with a cheap meter and HV probe, I was finally comfortable enough to hook the scope up directly at extremely low power (<150v, <5 watts).
These are shots of the HV system as it is oscillating, in various configurations.
Basically I learned that I needed a much larger capacitor filter bank in order to make the system run 'quieter' in terms of RF+stray currents.
I'll have to install these at some point, but for now they can sit on the bench. Just don't touch 'em😵
A couple shots with the slightly improved setup. Getting good length arcs at about half the power as before.
Video here: https://www.minds.com/newsfeed/1293330662903779329?referrer=hakasays
The rest of the time was spent working on the Tesla coil. Testing, retesting, rewinding, etc.
I think the secondary+extra coils are finally 'talking' to each-other now. It took a few different setups before I settled on a solution that looks accurate.
10v peak-to-peak in results in >90v peak-to-peak out, so there is definitely some extra energy sloshing around between the coils.
Now that I know both parts are working well, I think the next couple days will be finally integrating them together, to see if I can't get a good, stable, oscillating Tesla coil running at a decent power level.
Hope you enjoyed🤠