Hey guys

                       I need help here , recently I  traveled to a location where I was able to prove that the aerial/antenna set up from Tesla gives out energy, thing is ......how do we get this to be of use?
Sorry if it is the wrong topic but I was too excited , the joule thief is great with my earth battery by far the best in comparison say with water batteries but then again I am just getting a couple of volts from the joule thief, how do we get a small electric  motor to run from it and the earth battery? a regular battery delivers about 6 amps, so  no wonder it will light up a lot of stuff , but what about increasing the milliamps of the rods?, the earth battery is great and that kapanatze gen is fantastic but seems really far away due to the elements not identified, anyway take a look at this please :

http://www.youtube.com/watch?v=qd2mSkQ_uog

My apologies t3t4, I missed this but saw a later one.
I have lots of comments, here are some...

Quote from: t3t4 on August 22, 2009, 01:26:24 AM



... but I live here in the East in PA, so I am 180* different then you jeanna and that's a good thing in terms of location. ...
But this resonance is the key in either case.

Thanks for the confirmation on the frequency. You are the first in 2 weeks of asking!

I agree, but resonance with what?
I think we should be aiming to resonate with what is naturally occurring.
Why would we aim for something a rumor told us?
I see 2.22-2,5MHz from a single wave every time.

QuoteI too see about 5 MHZ through my circuit on my scope. All this tells me is that I am still way too far off to extract any real power. ...

Why does it tell you that?
Why not optimize your coils for that or a subharmonic.
There are many less fast waves that show up.
The slowest wave I have seen is around 22Hz. but never 6Hz. I am beginning to question the 6 and unless someone can put 6 out there for sure instead of from a rumor, I think it is not so.

QuoteThis system works on a resonant frequency. You don't have to use coils or caps, but you won't get anything that can do more then simply light up LED's. The joule thief is a good beginning, but this is not where it ends!

Have you used coils? You are using a cap. Why not add a coil? Don't you want AC?

QuoteKeep your rods in the ground, but drive them deeper. Then erect some sort of areal. I did this on my rain gutters because I have an "L" shaped building. Leave one end open and the other end to feed a capacitor via wire or whatever. Attach the opposite end of the capacitor to a diode leading to ground. Then note your results.

So far any time I add a diode anywhere in any direction it kills it. dead.
nothing . as soon as I go inside the diode I can detect something.
Right now I have a capacitor connected to the earth  south probe and it is collecting 0.065v egads,. not much!

Are you sure you are not getting a bleed through from your electricity line?

Quote...probe to my head in the temple Region. .. But I'm sure you will see that you are emitting the same basic pattern as the earth.

I did that on the first day I had my scope,  and that is how I was sure my scope functioned. I agree it is heartbeat-like, but ony when I have the 2 NS (Nathan Stubblefield) coils attached. Using only one gets a less complicated wave at 2.2-2.5 Mhz not 5 MHz.


jeanna

The vellman 10 MHz sample rate has a 2 mhz analog bandwidth

The vellman hps 40 has a sample rate of 40mhz and 12MHz analog bandwidth


The analog bandwidth should be higher than the max bandwidth you measure. Trying to look at a signal that’s too fast for a scope’s bandwidth will introduce errors in amplitude and/or time-interval measurements. 5 times the max bandwidth you want to analyze gives greater clarity.
A digital scope with a Horizontal trigger allows you to capture what a signal did before a trigger event and an analog scope doesn't.  A digital scope with a good sample rate and bandwidth would be just as good in my opinion.

@ t3t4
If your getting 35 volts your circuitry and setup detail would be welcome.

Thanks IY for that clear info on my scope.

I looked it up and followed up a couple of words etc.

I have stopped reporting the highest curve on the scale because although the peaks and valleys agree with other resolutions, those on that last resolution are like jello instead of mountains,
Now, I also understand why the voltage seems to uniformly drop on the 0.5us/div resolution.
I do not think this has proved my posts to be meaningless; but, I will stop posting any pictures of screens at the 0.5us resolution also. I might look myself, because it is easier for my eyes to determine where the markers should go and thus see if the day is faster or slower than other days.

Thanks for the inspiration to enquire,


And, yes I agree t3t4, please show us some more details.
Telling me what I must do to get your results is fine, but IMO it should follow you showing me what you are doing.

thanks again,

jeanna

Quote from: jeanna on August 22, 2009, 05:20:38 PM
There are many less fast waves that show up.
The slowest wave I have seen is around 22Hz. but never 6Hz. I am beginning to question the 6 and unless someone can put 6 out there for sure instead of from a rumor, I think it is not so.

jeanna

I don't have a scope but my EXTECH meter has an option to read a frequency.
Usually I don't get any readings.  Someone told me in a post that if the frequencies are changing too fast my meter won't be able to zero in on them.
But certain times of the day I can get frequecies to show up.
I've seen as low as 400mHz - yes milli.  I didn't know frequecies would go that low.  I've seen frequency readings as high as 1.4kHz.
Usually they are between 300Hz - 800Hz.

I have an EB of copper pipe & zinc rod, spaced over 20' apart, adjusted for the degrees off of magnetic North for my area and adjusted for the angle of earth magnetic waves for my area.

At 8:20PM EST I was not able to get frequency readings.
I will continue to check throughout the day tomorrow and try to determine what time of day I can get readings.


@T3T4 - please post a schematic of your circuit with a list of components and the size and type of each componet so I a reproduce your findings.


Thank you,
DonL