Dr Ronald Stiffler SEC technology

[itsu]

   Gyula:   Yes, it was the 22pF ceramic cap, it looked fine, but was dead. Thanks for the tip about the heat affecting them.
I have blown my share of transistors on this test circuit, and that's probably what fired the cap, when the transistors blow.
   Those little pF caps are of mayor importance, in the overall output seen at the bulbs. As well as the transistors that are chosen. I'm still looking for best right one (transistor),  that can cut it.  Even the crystals starts to heat up when using higher voltages.But, from what I've seen in almost All of these circuits is, that the transistors overheat, and the output is weak. That's what I'm working on to improve.
   
   Kelvin values, yes. Thanks again. The 2700 value  warm white,  G.E 8.5 watt led bulbs are great, and can also be dimmed. However,  I think that the filament type bulbs are the future of leds. There are some in a square shape, that are in laid on a glass frame. 12w, 1000 lumins and higher.  And some LEDs are now being produced up to 100w or higher, but, I don't think that I needs those, just yet. My crystal oscillator wouldn't know what to do with them...
   
  Itsu:  Did the MPSA06 actuallly perform any better than some of the other transistors that you've tried? Which transistor has provided the best output at the bulbs? What value trim pot do you use on the base circuit of your oscillator?
   I need to find a transistor that will hold up to higher voltages. As all the ones that I've used are too limiting, they overheat or don't provide much output, if I try to control the overheating at higher voltages.
   I may try to connect one of my L3 coils to my Kacher circuit.  What do you think will happen?...
Can a crystal powered Kacher circuit be made? That has the power of the Kacher circuit, but runs on the crystal frequency.
Or is that like trying to upscale, in the wrong way?
   Tito says that the receiving circuit needs to be different that the transmitting circuit.  Maybe he has a point?
   Lidmotor:  How would you loop the Docs circuits to self run???  I know that you've played around with that idea, before.So, Please share you thoughts and ideas, on that.
    Slider: Are you on vacation?
    I have a 37 meter earth ground line going from my work bench (kitchen table),  to my water well. And another 37m ground line from the well to my bench. So, over 70 meters long in total for both. Do you think that I can light my AC led bulb at my well, through this ground line? And perhaps, even return the output through the second ground line going back to my work bench, to light some bulbs, there? 70 meters total distance...  Forget about the well, for now, as it's just a grounding source.

Nick,

see this post:

https://overunity.com/17249/dr-ronald-stiffler-sec-technology/msg523338/#msg523338

where it says:

The 2SD1815S first shows some nice output after retuning.
The 100K trimmer pot across the x-tal was set to 43K for max output.
The transistor temperature went up to 42°C (107°F).
Output signal 20Vpp, collector signal 29Vpp

The 2SC4027S next shows some even better output after retuning.
The 100K trimmer pot across the x-tal was now set to 27.5K for max. output
The transistor temperature went up to 36°C (97°F).
Output signal 28Vpp, collector signal 30Vpp, see screenshot 1

So it seems the 2SC4027 is the better performer.

I may try to connect one of my L3 coils to my Kacher circuit.  What do you think will happen?...
Can a crystal powered Kacher circuit be made? That has the power of the Kacher circuit, but runs on the crystal frequency.
Or is that like trying to upscale, in the wrong way?

Not sure what you mean by Kacher circuit, the whole circuit with transistor and all, or just the secondary kacher coil.
In the last case i don't think much will happen.

The kacher is a selfresonating circuit, so depends on the secondary coil self resonance.
You cannot force it to resonate at a Xtal frequency unless that Xtal has thew same frequency as the sec. coil.

Tito says that the receiving circuit needs to be different that the transmitting circuit.  Maybe he has a point?

Tito? Tito who?  Different that or different then?   Either way, i have no idea what he means.

Itsu

[mikrovolt]

About brightness, advertising claims sometimes incorrect.
There are times we want to illuminate with color spectra. If you want the best performance of lighting as brightness 6000 Kelvin
will beat 8000 Kelvin. At night in the dark this performance is related to our eyes. 6000K spectra is popular in articulating detail
while 8000K is smoother or less harsh as we sense the reflections or it is said to feel more comfortable.

Since the each variety of led lights gives off a spectra we are working with an average. The better LUX meter will give
a better approximation.  Our eyes are still valid in comparing brightness. In this video and others, the Stiffler system
type electrical drive would be difficult limited by radio HF as in open wireless. Needless to say Stiffler is not normally
scaled to those higher levels and has not been seen by the public. We are working at smaller and safer level of RF.
So the subject of transistors like scale can be prohibitive for RF saftey reasons. We find that RF signal transistors are available
to the public whereas RF power transistors are usually not.

I thought this was a practical and informative test (ledmo, mo might mean designed for motion detector)
I would not think that Scaled up Stiffler system would be legal. Measuring a scaled closed DC system is getting more common.
https://youtu.be/oXaqJWdKBS8

[NickZ]

   Itsu:   Yes, thanks for the reply.   I remember your earlier post, but the question now is, does the MPSA06 that you now have perform any better than the best previous choice C4027 transistor? Not by reading the output voltages, but by seeing the light output at the bulbs. I know this can be a difficult thing to see sometimes, if the two transistors work to similarly to produce about the same degree of light.

   I now have the crystal oscillator running on 12v, instead of 24v or 36v. And it is producing about the same lumins, as with the higher voltages. This was done to reduce the transistor heating at higher voltages. But, I still don't have the blinding light levels, that Lidmotor is reporting on his AC bulb.   

[itsu]

Nick,

i ordered and used the MPSA06 for in the SEC-18 exciter, i did not use any in the oscillator up till now.
I stayed with the 2SC4027 on a heatsink for the oscillator.

My leds are also not at blinding levels, so i think it has to do with the type of leds used (CREE).
Fiddling for the lowest input voltage at the highest output level of the leds is the way to go.

Itsu

[NickZ]

   Itsu:
   I see.  Well, that's where a variable power supply comes in handy. 
  At least at 12v, from a car battery I can run at almost the same lumin levels as I had at 24v. But, I'd still like to be able to upscale this oscillator to reach the "blinding" levels, which are still at "night light" low brightness levels, now.
   It is pretty amazing that the Doc can light his AC CREE bulbs to the near normal brightness, as compare to grid powered bulbs.   I'm still trying to get there... Like I mentioned, all I've seen is overheated transistors, and low light levels. Nothing to brag about.
   Even though many different transistors, resistors, or caps can be made to work on this circuit. But, NONE work to produce full brightness, or even close to it.  So, that is my objective, for now, to get some actual use able light from this contraption.
I don't give up easily...Especially if what the Doc is showing, can be use to improve the Ruslan Type Kacher/Grenade set up. Which I'll be getting back to when I learn more about what is happening with this project. As I feel that there must be a similar relation to how a self runner should work, by tapping any additional energy from  the ambient.
   Lidmotor:  Thanks for the video link to your looped infinity light circuit. I'll give it a try sometime soon.
   I think that the main reason that my set up is not producing the same brightness as what you are seeing is due to the L3 coil that I'm using, as compare to the Docs L3, that you are using.  Perhaps.
I'm working on this...