New Extra Coil #2:
Wire length = λ/4*1.24
97.25 Turns
Diameter = 8.28cm
Height = 8.28cm
Conductor length = 25.323 metres 24 SWG
Luminal Frequency = 2959.677 kc
Direct = 3522 kc - Magnification Factor = 47.59459459
10pF = 3831 kc - 60.39728835
Direct:Luminal = 118.9%
10pF:Luminal = 129.4%
Wire length = λ/4*1.24
97.25 Turns
Diameter = 8.28cm
Height = 8.28cm
Conductor length = 25.323 metres 24 SWG
Luminal Frequency = 2959.677 kc
Direct = 3522 kc - Magnification Factor = 47.59459459
10pF = 3831 kc - 60.39728835
Direct:Luminal = 118.9%
10pF:Luminal = 129.4%






This is what I've spent the last few days doing, it's easier to get the information than in real time. Still not 100% accurate but for me it's much better and time saving. The digital method rounds the readings up/down by 0.2mV and jumps around by 2-3mV when the coil hits resonance, and I can hardly see the analogue meter without getting close and affecting it, not to mention the accuracy of that won't be as high as digital, so I reckon using the rounded digital reading to make graphs is about as accurate as I'll be able to get it. The digital reading being taken by a USB oscilloscope, I don't know if a regular DMM will be up to the task. Just be sure to use the actual measured peak reading rather than the graph's curves or whatever for calculating the 70.7% value.
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