Uploaded July 2021 | Updated September 2026, 2 weeks ago
In the experiments in this video I hoped to find a way that the impedance of charging capacitor had no or least amount of influece on the resonance.
The Tate ambient power module showed in previous experiments that the resonant freqeuncy didn't change so that input freqeuncy didn't need to be changed during charging, which would also mean that when capacitor is discharged frequency will also be constant.
I need to look deeper into the measurements myself but I feel that this whas the case.
Allthough it didn't really matter to the charging rate of capacitor what is not what I hoped for. I hoped to be able and keep freqeuncy constant the charging rate would be faster. Looking at the
graphs from transient recorder the time it took to charge is double but we must also keep in mind that half of the power was used from power supply.
Things I need to experiment on are the use of grounding resistor, capacitor instead of varistor, capacitor on 160uH part on coil to look at influence.(other things will defenetly follow because so many different combinations are possible)
What I also saw is that the phase shift in first part of video doesn't cause any change in charging rate of capacitor (if you look in video with transient recorder)
In the experiments in this video I hoped to find a way that the impedance of charging capacitor had no or least amount of influece on the resonance.
The Tate ambient power module showed in previous experiments that the resonant freqeuncy didn't change so that input freqeuncy didn't need to be changed during charging, which would also mean that when capacitor is discharged frequency will also be constant.
I need to look deeper into the measurements myself but I feel that this whas the case.
Allthough it didn't really matter to the charging rate of capacitor what is not what I hoped for. I hoped to be able and keep freqeuncy constant the charging rate would be faster. Looking at the
graphs from transient recorder the time it took to charge is double but we must also keep in mind that half of the power was used from power supply.
Things I need to experiment on are the use of grounding resistor, capacitor instead of varistor, capacitor on 160uH part on coil to look at influence.(other things will defenetly follow because so many different combinations are possible)
What I also saw is that the phase shift in first part of video doesn't cause any change in charging rate of capacitor (if you look in video with transient recorder)
