Kapanadze and other FE discussion

[pix]

Hi Stivep,
1. How much power could be collected by single Tesla receiver of height, let's say 20m?
2. What frequency that Tesla receiver should be tuned to? I can't imagine size of Tesla receiver tuned to  fundamental 7 or 14 Hz.


Cheers,
Pix

[stivep]

Hi Stivep,
1. How much power could be collected by single Tesla receiver of height, let's say 20m?
2. What frequency that Tesla receiver should be tuned to? I can't imagine size of Tesla receiver tuned to  fundamental 7 or 14 Hz.


Cheers,
Pix

height is not important. elevation of top capacitor is.
We experimented with  energy transfer (based on Dr Corum  A to B) in range of ~5km and a distance from New York to Los Angeles
with 1W at 86 to 95% of efficiency, but at given conditions.
So losses are very small at 17kHz.
That means that unknown to me level of energy from Schumann waveguide entering Interface is almost totally available
at the output of receiver.
My partner in research connected 0.5 W load and than 1000W load purely resistive.!!

And that is important as system is dynamic in nature and INTERFACE is only a "highway"
that appears to be empty as there is no traffic on it.

That means current is drown based on power dissipated in the load.
Interface is not a battery and is not energy storage.!!!!
If there is no load than there is no energy usage but "highway" is there ready to transfer
unlimited amount of energy available in the system.

______________________________________
picture from the bottom:
h -is height of top capacitor.
if the height is small, the Complex Brewster Angle point entering interface is closer to Tesla coil and its
top capacitor,

So the limitation of height is important mostly from perspective of unintended sparking due to dielectric constant of the Air.
- Mostly noticed if we try A to B by Dr James Corum.

second picture from the bottom:
DYNAMIC reactive system

rope - simulates interface
the boy in Dr James Corum A to B acts as transmitter or   in my application as  Energy Source from Schumann waveguide
the girl  acts as a receiver with the load.
Assuming that energy source is strong enough it can give as much energy as receiver is able to pull (dissipate)

I hope it helps.
Wesley

[stivep]

Hi Wesley,

Have you seen the new Rigol VNA's, if so any opinion?

https://www.rigolna.com/vna/

The key is not in that what they advertise but with that  what they are trying hide
it is not Vector Network Analyzer, it is spectrum analyzer with VNA features added.

cons:
.1
I was always trying to avoid "combines" the multi-functional machines.
In 80s in your country it was very popular to have radio with tape recorder, TV, and CD player.
None of the single modules, was as good as if it was standalone.
When something went wrong you lost all of them.


.2
The RSA3000N
https://beyondmeasure.rigoltech.com/acton/attachment/1579/f-9276de63-fd6d-4e04-b9ba-ceb899ccb617/0/-/-/-/-/RSA3000E_%20Datasheet_201908-EN.pdf

Has :
tracking generator working from: 100 kHz to 3.0 GHz (RSA3030E-TG )
the VSWR : 300 kHz to 3.0 GHz
________________________________________________

All of our operations are at or below 100 kHz.
So the The VNA  addition is useless for  our research.
Waste of your time and money.


Recommended:
HP 4194A is around  40  years old, and is much better for us than the  Rigol.
at that time there was no VNA's yet.
it is gain phase analyzer and in addition gives you impedance measurement.
https://www.testequipmentdepot.com/usedequipment/hewlettpackard/impedanceanalyzers/4194a.htm
https://exality.com/beautiful-hp-4194a-plots/
https://manualmachine.com/hp/agilent4194a/1274702-user-manual/



Advantest R3754B  is excellent and fast as "lightning"
https://testequipment.center/Products/Advantest-R3754B
https://www3.advantest.com/documents/11348/146302/pdf_Catalog_R3754A_R3754B_jp.pdf

HP 8753D 30kHz- 6GHz great tool but unfortunately doesn't go lower than 30 kHz.
note: when buying HP 8753D:
Make sure that it does have starting 30 kHz not 300 kHz lower frequency.
Make sure that it looks exactly like this:
https://www.testequipmentdepot.com/usedequipment/hewlettpackard/networkanalyzers/8753d.htm

Wesley.

[magnetstoo]

 Holcomb Energy System appears to be a "Don Smith" device which he described in his later videos--Even his
suitcase model--though it contained a small battery--would power 1000 watts,it would also recharge the small battery
within.Don Smith had many "secret" contracts he could not reveal.His suitcase device,he admitted,was "1900's
technology" compared to what they already had at the time (circa 1998). At that time they had devices
running in the 5 GHZ range,which seems to point to the "5G" network we now have today. He had to teach his
lessons in Europe and Asia because American Institutions would not grant him patents nor listen to what he had.
Same with Joseph Newman--American Companies would not listen,made them spend their money,gave nothing
in return.

[mkjekyll]

Does anyone here have data on the circuits or devices Tesla was using for his magnetometers?

I assume he likely built his own like on page 25 C.S.N. however at first he was perhaps buying something off the shelf also.

Does anyone know what the tech off the shelf in 1899 was for a magnetometer?

I am looking for the tech before the fluxgate and after the Gauss swinging magnet.