Dr Ronald Stiffler SEC technology

[Lidmotor]

Itsu--- I think this is where Doc was going but with this new 'Loop' and Cree Board.  Why he thought he could transmit through the earth instead of the other way around is the mystery.
--Lidmotor

[ramset]

Another update from Partzman's ongoing investigation
Partzman
Quote
These test variations use three paralleled diodes for each bridge element to raise the capacitance of each leg and C1 is changed to 1.98uf as seen in the schematic below.  The tests were run at 2.2MHz and 2.3 MHz for comparison.  The test protocol has also changed in that eight samples are averaged with C1 discharged between each sample as this seems to yield more consistent measurement results.

Input and output scope pix measurements at 50ms are attached for examples plus the data tables for each frequency.

Regards,
Pm

[NickZ]

    Here below is my latest video.    Capacitive coupling on both the LED boards being feed by my 13.56MHz crystal oscillator. Running on 24v from 2  12v, 7aH batteries.
   Both led bulbs are flashlight or emergency light bulbs, in which all the leds are in parallel, (not series connected), to light at 4v full on. So, these are not 120v type bulbs, although the long led board came off of a 120v grid rechargeable system.
The oscillator can't provide the full 4v to light all the leds, fully. YET.   https://youtu.be/meFHQzR59FY

[TinselKoala]

Another update from Partzman's ongoing investigation
Partzman
Quote
These test variations use three paralleled diodes for each bridge element to raise the capacitance of each leg and C1 is changed to 1.98uf as seen in the schematic below.  The tests were run at 2.2MHz and 2.3 MHz for comparison.  The test protocol has also changed in that eight samples are averaged with C1 discharged between each sample as this seems to yield more consistent measurement results.

Input and output scope pix measurements at 50ms are attached for examples plus the data tables for each frequency.

Regards,
Pm

The fact that the big "OU" only shows up at the fastest sweep rate is telling. More samples for the scope to average = less "OU", until finally the COP approaches unity.

[partzman]

The fact that the big "OU" only shows up at the fastest sweep rate is telling. More samples for the scope to average = less "OU", until finally the COP approaches unity.

TK,

The reason the OU is large in the early part of the cycle is due to my choice of starting frequency relative to the decrease in circuit capacitance as the cap charges.  You might want to take a look at my latest test data below where frequency sweep is used to compensate for the capacitance change in order to try and maintain a constant voltage/current phase relationship.

Regards,
Pm