Dr Ronald Stiffler SEC technology

[gyulasun]

...

There isn't much cleanliness yet lol, attached is the shot of the 13.4MHz crystal. Looks like I need to adjust the cap values. Transistor is an H945 (had never seen the H variant, so desoldered it from a junker board and threw it in).

I think the point of these latest experiments is to run a bulb from far less power input than would regularly be used. Plus by the very nature of resonance, every bulb would be dimmable. These dollar store ones say 'non dimmable' for example. Also the use of a single wire is far safer than regular mains.

Hi Slider,

I repeat here my answer given to you elsewhere, perhaps it helps others here.

Your 13.4 Mhz oscillator waveform needs some 'cleaning' to get rid of the two peaks in the positive halfwaves that may trigger your proposed MOSFET switch twice during the positive halfwaves. To do the 'cleaning', just make the coil in the collector (if there is a coil there, lol, there should be) somehow tuneable if possible.  But wait,

You could 'crank up' the oscillator amplitude for 'free' by using a tapped tank circuit whereby the collector would be connected to a coil tap so that only 25-30% of the full coil turns would be between the collector and the positive rail and a tuning capacitor would be connected across the full coil to tune it to 13.4 MHz. Of course you would need to tinker with the coil full inductance to bring it to resonate with say a 50 pF to 100 pF variable or trimmer cap or just with a 40 pF trimmer cap. To do this you would need about a 4 uH coil tapped around a quarter part of its full number of turns. (Maybe you have an L meter?)

This way you should have ample peak to peak sine wave voltage across the coil in the order of 10, 15 or 20 Vpp (depends on the Q of the tank and the supply voltage) and of course the capacitive loading nature of Dr Stiffler's circuit as a whole should not appear as a heavy load to the 'hot point' of the LC tank where the other end wire of the coil and the other end of the tuning cap is tied together and is otherwise left 'floating'. If the capacitive loading nature of the Stiffler circuit pulls the LC tank from the crystal resonance, then you can retune the tank by the variable or the trimmer capacitor, watching the waveform on the scope across the coil.

I agree with you on the point you wrote above:  very likely the goal would be to excite the Dr Stiffler circuit with "voltage" (which is created by a very low power oscillator) and not from a 'beefy' generator (even if the generator output is not loaded by the usual way).  Whether a low power oscillator is able to excite the Doc circuit with "voltage" it remains to be seen.

Gyula

[NickZ]

   Gyulasun:   Good to hear from you.   As I mentioned, I have a coil that I have been using for HV experiments, (on another Akula/Ruslan type of device).   Since I'm waiting for parts for a new driver circuit, before I build that new circuit up, I may have some time to do something on this thread.
   I do have and use a simple Kacher driver for the Kacher (Tesla Coil) circuit presently, for the HV tests. Which free runs at about 1.1Mhz, as is. Or with just the secondary (TC type coil) itself, (no type of top load), can run at higher frequencies. Ferrite inside the TC core can vary the frequency from about 800KHz, to the free running frequency of 1.1MHz. But, can also free run to about 3.1Mhz, also, without anything added onto it's output side. Once the HV has been stepped down by other coils, it can light up incandescent bulbs, 25w very brightly, 50w about half bright, and even a 100w bulb, to about 1/4 brightness, or less, but still lighting it. Which might be overkill for this type of project, but, I'm looking to do more than just to light an low wattage led.Still though, the info on how this capacitive link works to what the Doc was calling "spacial resonance" is what interests me, at this time. Not just lighting up some bulbs.
   And, also as mentioned, I have a 2MHz SG. I forget just how many volts it can output, it's not much, but it can light an led.
   So, I would need to find a lower harmonic of the Doc's running frequency, to be able to see some effects, on my set up. I think.   And just what to look for, or expect to see, as something to aim for.

    Lidmotor just posted another new video, placing his little driver circuit inside a microwave oven.  And, his circuit's neon bulb is still shinning inside the improvised Faraday cage.  Nice to see... But, then it's running on the pre-charged capacitor, and not any outside influence. So, I wouldn't expect it to go out, when it's inside the microwave cage.

[AlienGrey]

Nick all those frequency's you quoted all divide equally by 8 > 8hhz < strange that, whenever I build a Tesla coil and let it self oscillate It always locks on to a multiple of the 8hz, the 13.57 I assume it's an of the shelf available 'crystal' HCu18 device which is almost 1/2 wave that can be pulled into tune, the 432 is a highly comparable energy frequency Bob Beck almost preached about look up Bob to find out more.
re 9hz is the universal energy comparable with the universe Tesla also noticed the connection with 3 and 6 = 9  again any combination of 432 has a connection with this energy field provided it can be divided by 8 and 9. note not all mushrooms are edible but you can learn how to be a real fun guy finding about live on the way.

AG

[gyulasun]

Hi Nick,

Somehow an answer would be needed for you whether using the 1-2 MHz frequencies instead of 13.56 Mhz the Dr Stiffler circuit works or not.  I strongly assume it would also work, it cannot be so much frequency dependent, the only drawback would seem to be the use of higher sized coils i.e. more copper wire to get the 1-2 MHz self resonant frequency.

If your HV coil has around 1.1 MHz self resonant frequency (sorry I did not follow closely the other thread), then that coil would be good to include it into the Doc circuit (which has but one air core coil at around 13.56 MHz).
And you would still need the Kacher driver circuit to get the 15-20 V sine wave at also around the 1.1 MHz frequency, this would drive your Doc circuit which would include your HV coil with its own 1.1 MHz self resonance frequency.

Sorry if I misunderstand you with your available possibilities but these are the minimum "ingredients" for your possible Doc test setup.
This is why I suggested to you earlier to wind a coil for lower than 2 MHz self resonant frequency because using it in the Doc circuit your 2 MHz SG could be used to drive it, albeit depending on its maximum output amplitude. But if it is small for the job, a simple MOSFET amplifier could be built to enhance the some volt SG output to as high as 10 or 20V peak to peak.  I know these are not so simple to build and the outcome may not justify the trouble at all. 

Gyula

[NickZ]

   Gyula:   My kacher circuit looks like this image below.   The answer to whether this would work along with the Docs loop and standing wave circuit, can only be found out by trying it out.   I can run it on just a few volts, also. Like whatever voltage is needed that will work at. I can also connect it up to a small 5W solar panel, which can give it 20v, and a few hundred mAs input.
 
   My idea with this, is to see if I can tune it into the "spacial resonant" mode. Or, at least try to find out what that may be all about.    First, some images taken without taking the secondary coil of the TC all apart, or adding turns to it.
   The second image below, is a scope shot which was taken just now, of my Kacher free running with no top load at 2MHz.
And may have a range of around from 1MHz to 2MHz, by using ferrite inside the secondary coil.
Of course, changing the input voltage can change the running frequency. So, I'll have to play around with that.  This I believe may be a more powerful way to play in the Docs world of magic. 
  Where HE is a magician, a real one.                                                       
                                                        NickZ
  EDIT:  Dr. Stiffler wanted to get a hold of TinMan, so it someone can put him in touch with the Doc, it would be appreciated.           
    The more people trying out different version of these circuits, the better.             "Variety is the spice of life"