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Radiant power from Solid state Tesla hairpin circuit
I made an advanced solid state hairpin circuit producing radiant power.
powering a 28W lightbulb from 4,5cm distanced coil. (as demonstration seen from 19:13 in the video)
It is based on a high side switched coil (L1) producing a negative back EMF impulse.
This impulse is injected into a series resonant bifilar pancake coil (L2).
The – BEMF impulse, replaces the sparkgap.
This L2 coil also has a positive DC offset, charged by the – back EMF.
The L2 coil equals the stout bars in the hairpin circuit.
L2 is loose coupled (4,5cm) to L3 (bigger bifilar pancake coil) that is parallel resonant. So both L2 and L3 resonate on the same frequency. L2 is series resonant (low impedance, so impulse can pass to positive of power suppy, giving the L2 a kick) and L3 is parallel resonant (high impedance).
L3 is parallel loaded with a 28W 230V light bulb, that lights up brightly.
The current and voltage of L3 are in phase. This is rather unique, as it is 4,5 cm distanced from the series resonant L2 (current and voltage 90 degrees out of phase). Radiant power is produced.
Here is the link to the video explaining it all. All info that is needed for replication is included.
https://youtu.be/1Flj1i0zQ-8
Here is the link to the schematic:
https://imgur.com/a/sh1JOwE
powering a 28W lightbulb from 4,5cm distanced coil. (as demonstration seen from 19:13 in the video)
It is based on a high side switched coil (L1) producing a negative back EMF impulse.
This impulse is injected into a series resonant bifilar pancake coil (L2).
The – BEMF impulse, replaces the sparkgap.
This L2 coil also has a positive DC offset, charged by the – back EMF.
The L2 coil equals the stout bars in the hairpin circuit.
L2 is loose coupled (4,5cm) to L3 (bigger bifilar pancake coil) that is parallel resonant. So both L2 and L3 resonate on the same frequency. L2 is series resonant (low impedance, so impulse can pass to positive of power suppy, giving the L2 a kick) and L3 is parallel resonant (high impedance).
L3 is parallel loaded with a 28W 230V light bulb, that lights up brightly.
The current and voltage of L3 are in phase. This is rather unique, as it is 4,5 cm distanced from the series resonant L2 (current and voltage 90 degrees out of phase). Radiant power is produced.
Here is the link to the video explaining it all. All info that is needed for replication is included.
https://youtu.be/1Flj1i0zQ-8
Here is the link to the schematic:
https://imgur.com/a/sh1JOwE
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