By 167 diode, 7,5kV 0,25A      http://english.electronica-pt.com/db/cross-reference.php?ref=BY167

Hi e2matrix,

Would like to tell you that every wrist-watch service shop have got a low frequency oscillator that drives a coil, this coil can be any kind, mainly with soft iron core, many watch service men use a simple open core transformer driven from the 50 or 60 Hz mains (with current limit). The purpose of this low frequency drive is to check the inside mechanical clock work and blow  any dust away with compressed air while the wheels turn faster than 1 Hz.
Some years ago I personally witnessed such speedy turning by a normal (solenoid) coil, used by a service man in his watch repair shop.

I do NOT want to speak against the properties of a Caduceus coil, nor against the Hyper Dimensional Resonator shown in the video. ANY pulsed oscillator with especially open core coils can AFFECT sensitive electronics due to its near-field radiation. I just wanted to clarify the effect shown in the video can be produced with "normal" coils/oscillators, this should not be connected to a special property of the Caduceus coil type.

Thanks,  Gyula

I agree with Gyula. With certain coils and the right frequency I can turn on certain programs on my computer, wipe out the memory in my TV remote control or create detuned images on the TV. The coils that I have pulsed while seeing these effects are from a wide range of topologies but in general, most are air core or toroids.

Before I make a full blown TK coil, I will make a few smaller ones to do some low level bench testing since I have done so many of such tests, I will be able to notice anything really out of the ordinary in the dynamics of the coil.

I still need someone to make a connection diagram with the flyback transformer I showed on previous page in order to integrate it into the overall schematic. I really don't want to make any mistakes and risk damaging the flyback coil. So if anyone has a step by step instruction on how to modify the flyback and connect it into the diagram, this would help me and others.

This guy seems to know enough about flybacks.
http://www.youtube.com/watch?v=8IdY5lLqIQ8

@T-1000

Just out of curiosity, did you ever try to put the HV fro the flyback directly to the Caduceus Coil just to see the output without the first spark gap, etc.

wattsup

Anyone got some info how to determine what voltage is my flyback producing apart from voltmeter,  do you guys know how many milimeter of spark per kilovolt? can we calculate it out that way?
thank you

How can  use the Caduceus Coil?
Maybe  so?
http://www.youtube.com/watch?v=Xrqmlnu3agA

How can  use the Caduceus Coil?
Maybe  so?
http://www.youtube.com/watch?v=Xrqmlnu3agA

Would it be possible for you to explain what the experiment shows, what you are measuring there and where in your set-up the caduceus coil can be found?
Or do you suggest to repeat the experiment with a caduceus coil instead of solenoids?

@Energia9:

To replicate WMT device my budget is too low at the moment.
HV vaccum variable caps are simply too expensive.
Got a couple of monitor flybacks that will do the job, the smaller HV caps,
could chain some diodes and wind the coils already.
I am experimenting with a different approach towards the TK devices
without high voltages as a single source being transformed and no ferrite cores simply because i cannot positively identifiy ferrite or iron as a core material in TK's latest device and the aquarium device.
But am looking forward to finally getting the components together to
also verify Stivep's build.

Would it be possible for you to explain what the experiment shows, what you are measuring there and where in your set-up the caduceus coil can be found?
Or do you suggest to repeat the experiment with a caduceus coil instead of solenoids?

@Energia9:

To replicate WMT device my budget is too low at the moment.
HV vaccum variable caps are simply too expensive.
Got a couple of monitor flybacks that will do the job, the smaller HV caps,
could chain some diodes and wind the coils already.
I am experimenting with a different approach towards the TK devices
without high voltages as a single source being transformed and no ferrite cores simply because i cannot positively identifiy ferrite or iron as a core material in TK's latest device and the aquarium device.
But am looking forward to finally getting the components together to
also verify Stivep's build.

High voltage Variable caps - i made one out of a tunable radio cap, i put it in mineral oil, and the voltage cannot jump across now.  CHEAP
http://www.ebay.co.uk/itm/Vintage-twin-ganged-radio-tuning-capacitor-0003uF-300pF-/290620925960?pt=UK_Consumer_VintageAudio_RL&hash=item43aa5b6808


Diodes- From Microwave oven   they are high voltage high current diodes. 12 KV, you can also order them from china for CHEAP

http://www.ebay.co.uk/itm/4-pcs-Microwave-Oven-High-Voltage-HVM12-Diode-Rectifier-/120797205148?pt=LH_DefaultDomain_0&hash=item1c2013129c
these are very good for high voltage

Anyways in earlier experiments i have tried out 800 V diodes for 5 kv, only damaged after a lot of use and experimentation...

@Energia9: Thank you for the tip. What kind of mineral oil do you use. Paraffin oil?
Mineral oil is usually flamable, not sure if that makes it safe to use when sparks could occur.
But you can confirm that the usage of mineral oil works fine as a HV isolator even at 25 kV voltages across the plates in your set-up?

Sorry so its hydraulic mineral oil,   The one are being used in Ignition coil for cars, the ignition coil is submerged in this oil, i got the oil from an old ignition coil,
Ignition coil can send 100Kilovolt.
oil has no conductivity, when voltage breaks down inside oil, it has to be really high voltage,  and no it can not ignite because it is in an oxygen free environment, nothing can burn without oxygen, this material will not explode either, only if you heat it to 300 degrees C then give spark to its fume, then it will burn, but only in oxygen rich environment.

REVISED:

Xeno, sorry for misleading info about the ebay item at the top (variable capactor)   the plates have to be more far from eachother than in a usual tuning capacitor, because as i have tried, at very close plates arcing will.. occur,   you can make your homemade variable capacitor btw, not too hard, look up on google.
 and tesla did it that way too, 
because we dont need high Picofarad, its very easy to achieve it, you need to use fairly big aluminium plates, oil will give you double capacitance

I will make a couple of these items, will show them in here.

Those of you who work hard on the device like me, and if you have the same thought as me, working together, sharing data and tips etc, we could speak in Skype all the time, It is continous work and dont have to wait
Send me a private message