Dr Ronald Stiffler SEC technology

[NickZ]

   Gyula:
   No I didn't misunderstand you. I just tested the circuit without any resistor or choke on the collector, that's all.   As I'm using different transistors, I have to invent the right value base and collector resistor. Not so easy to do.   The bigger high voltage 400V transistor that I was using previously got blown when trying to double up on the crystals. It worked on up to only 4MHz, any higher and it would not oscillate. But, it worked with absolutely no heating, even with my boost converter at 50v.    The led bulb in the picture is a four volt flashlight bulb which runs on four volts and not hundred and twenty volts

      I also blew the main chip on my boost converter, when I reversed the input polarity which has no reverse protection
   
    So I've been having loTs of fun< blowing things up

   Here is a pic of what I have set up now

[gyulasun]

Nick,
Okay,  but sorry to hear about your blown converter chip, and the HV transistor. 
Thanks for the picture.  If you care to comment some of my earlier questions, then it may be beneficial for you. 
Gyula

[ramset]

All,  I am posting this here with Partzman's permission these are simple tests with very sensitive equipment , testing is ongoing and he is working to develop a test protocol which can allow more community participation .
tests are encouraging but still much scrutiny to come.
Snip
Partzman
quote
I'm focused on the potential ability of a so-called single wire device to produce OU.

Here is a variation of the Stiffler/Avramenko device as seen in the schematic below.  The open wire connected to D3 and D4 is 61cm in length and hangs off the edge of the bench.  The length of this wire is critical to obtaining a COP>1 along with the operating frequency and component layout.  Diodes D1-D4 form a bridge from the input to space that allows the charging of C1.  The measurements are relatively straight forward as there is no bias, etc.

I've included a spreadsheet that gives the COPs for sweep periods from 10ms -70ms in 10ms steps.  For those not able to read Excel, the max COP =1.173 at 10ms and the min is .991 at 70ms but doesn't vary linearly.

The two scope pix show the sampled input wattage and the output voltage across C1 measurement profiles at 40ms.  Prior to any measurement cycle, C1 is fully discharged and the current probe is zeroed.

I've also included a pix of the layout.

Regards,
Pm
[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[ps there is another post following this one

[ramset]

Post number 2
Partzman....quote......
All the previous test were made using a sine wave from a signal generator.  This test uses an Ixys IXDD609P1 mosfet driver operating at 25vdc supplying a ground referenced square wave to L1.  The only other change is the operating frequency used was 2.37MHz.

The following is taken from the spreadsheet for this test and I hope the formatting holds.

Sweep Period (ms)   Input Power (mW)   Input Energy (uJ)    C1 Voltage   Output Energy (uJ)      COP
               
20                                    2.368               4.74E-05                 10.01           1.97E-04             4.17
30                                    5.4                       1.62E-04                 14.84             4.34E-04             2.68
40                                    9.066               3.63E-04                 19.25             7.30E-04             2.01
50                                  12.51               6.26E-04                 22.93             1.04E-03             1.66
60                                  15.88               9.53E-04                 27.31             1.47E-03             1.54
70                                  19.00               1.33E-03                 30.92             1.88E-03             1.42
80                                  21.81               1.74E-03                 33.71             2.24E-03             1.28
90                                  24.16               2.17E-03                 36.2             2.58E-03             1.19
100                                  26.31               2.63E-03                 38.03             2.85E-03             1.08

The scope pix shows a 50k expanded 2us period of a measurement cycle so one can see the resolution is reasonably accurate at 100M samples/second on the horizontal sweep.

It appears that this device shows promise using square wave drive which is far easier to implement compared to sine wave IMO.

Regards,
Pm

Edit: I see the formatting is messed up so I've attached the spreadsheet.  ------------------------

[itsu]

The latest video has piqued interest:
https://www.youtube.com/watch?v=66KTJGlbKmM

Dr. Stiffler is using a 12V SLA, a SEC circuit, a couple of L3's, a 100ohm resistor, the diode loop and the Cree board.

What I like is the description underneath:

Outdoors through the earth...exactly what many have been stuck on, including myself most frustratingly for years.

got my stuff ready for the next step:

When using my FG to drive this setup, it peaks around 9mHz.

https://www.youtube.com/watch?v=vBLQocNYkP4

Itsu