Hi,
I have added a new post to my website:
http://www.am-innovations.com/transf...c-power-part-2
This post is part 2 in the Transference of Electric Power series and includes video experiments, measurements, and an analysis of the differences that arise in the TMT transmission experiment when powered using a spark gap generator, rather than the vacuum tube feedback oscillator used in part 1.
The experimental work is intended to investigate and demonstrate aspects of the following:
1. Tuning measurements using a vector network analyser to measure Z11, the small signal ac input impedance for the experimental system, from the perspective of the spark gap generator.
2. Tuning indifference when powering a load either in the single wire transmission line or at the output of the receiver.
3. Reduced power available in the single wire transmission line.
4. Reduced power available in the receiver load.
5. Tesla radiant energy and matter phenomena.
6. Transference of electric power between the transmitter and receiver in the near field.
Best wishes,
Adrian
I have added a new post to my website:
http://www.am-innovations.com/transf...c-power-part-2
This post is part 2 in the Transference of Electric Power series and includes video experiments, measurements, and an analysis of the differences that arise in the TMT transmission experiment when powered using a spark gap generator, rather than the vacuum tube feedback oscillator used in part 1.
The experimental work is intended to investigate and demonstrate aspects of the following:
1. Tuning measurements using a vector network analyser to measure Z11, the small signal ac input impedance for the experimental system, from the perspective of the spark gap generator.
2. Tuning indifference when powering a load either in the single wire transmission line or at the output of the receiver.
3. Reduced power available in the single wire transmission line.
4. Reduced power available in the receiver load.
5. Tesla radiant energy and matter phenomena.
6. Transference of electric power between the transmitter and receiver in the near field.
Best wishes,
Adrian
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