Dielectric fields from a secondary Tesla coil via capacitive driving @TheOldScientist
Dielectric fields from a secondary Tesla coil via capacitive driving  @TheOldScientist
Uploaded March 2018 | Updated September 2026, 2 weeks ago
Website: vorticesdynamics.com

In this video I like to demonstrate some of the functions of a class B amplifier. I also like to highlight some side effects of driving a Tesla coil in an environment where electronics are present. In my example I use a sensor switch desk lamp. I also highlight the dependence on load in an dielectric filed in the same way a load is connected to a circuit. Based on Kirchhoff's law every consumer is reducing the potential of the circuit. This is also the case for dielectric fields,.specifically in the near field. This effect is not visible in the far field as seen by broadcasting radio stations.
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Dielectric fields from a secondary Tesla coil via capacitive driving

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