Does somebody know how much copper wire is required for 11600 ohm ? How long that wire should be ?
boguslaw
47 posts · 5 threads started · 569 more in threads this archive does not carry · writing between Aug 2008 and Feb 2019
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Jan H wrote:
Hmmmm. interesting, i knew this wasn't going to be easy.
I read that the scr only remains open as long as current is flowing. I can't really predict the amount of current that will be flowing but it shouldn't be much, especially with these short pulses current should always be one step behind, right?
If I would be able to construct it in such a way that the current never exceeds the thyristors' threshold, it shouldn't be a problem.
Please correct me if I'm wrong though, I didn't go to school for this.
Another option would be to use a very small capacitor so that when it empties itself, that time would be equivalent to the discharge time we want.
I know tubes are hard to find these days, pretty much the only market left is the audiophile market, and I don't think those tubes will be able to handle the voltages required.
thanks for replying guys.
Jan H wrote:
Hello, ive been looking into the gray tube for a while now. But i have some problems figuring out how to chop the power on the high voltage side.
I have made a device that sort of looks like one, but the circuit is still far from where it needs to be. http://www.energeticforum.com/renewa...gray-tube.html
It sends a pulse(20 -30 kHz) into a TV-transformer, and whatever comes out goes to the tube. I need to chop AFTER the transformer.
Anyway, I'm trying to figure out how to do that, normal transistors burn out at a few hundreds of volts at best. So now i found this new component that might be able to do it, called a thyristor (SCR). Of wich i know little about and have little knowlege of its characteristics in this matter.
My plan was to have a 4kV power supply with a good capacitor for starters, and then through switching action of the thyristor discharging into the tube. The thyristor i want to control with a 555 timer and a small mosfet. Because I read that thyristors work on current, and 555's don't do current.
Would anyone care to explain me whether this is a viable construction? Or maybe i would be better off with a vacuum tube of some sort. Also do i need to use two 555 timers, so i can control the duty cycle?
Sorry if this sounds as a n00b question, I'm still learning :P
Capacitor charging
#10 ·
Note that this schematic is also a principle for Stanley Meyer Water Fuel Cell device , needs only slight modifications...
Capacitor charging
#9 ·
My idea
This is schematic for my idea.Note that inductors have adjusted to disallow back capacitor discharge and are working like a perfect switches.
It would work based on unchecked theory that electrostatic field is really a very high frequency oscillating electric field.Then it will be also OU if experiments will prove that time of charging capacitor depends more on frequency and voltage of applied current then on amperage.
This is schematic for my idea.Note that inductors have adjusted to disallow back capacitor discharge and are working like a perfect switches.
It would work based on unchecked theory that electrostatic field is really a very high frequency oscillating electric field.Then it will be also OU if experiments will prove that time of charging capacitor depends more on frequency and voltage of applied current then on amperage.
Capacitor charging
#2 ·
Isn't that how Testatika is working ?
Capacitor charging
#1 ·
Imagine such situation :
a capacitor connected on right side with a circuit of low impedance for discharging current thought a varistor or diac or any other device like spark gap or vacuum tube etc,etc... This capacitor is connected on left side with a static electric field generator producing high frequency oscillating electrostatic field and ZERO CURRENT.
This connection is done by using two high self-induction coils adjusted such that strongly opposed to current discharge from capacitor - something like a diode may also work but it is prone to damage from generator.
This is the key experiment which IS ABLE to PROVE that VOLTAGE POTENTIAL is DOING WORK AND IS THE ENERGY SOURCE.
If resistive load connected as right circuit is powered continuously by static generator then it proves such statement REUSING ELECTRONS STORED IN CAPACITOR.That means ELECTRICITY is an INFORMATION WHICH ORGANIZE current flow. Something I suppose T.Bearden and J.Bedni have been saying for along time..
The POINT IS that such experiment IS in one of Tesla patent already.
Do you think he would patent something which does not work ?
a capacitor connected on right side with a circuit of low impedance for discharging current thought a varistor or diac or any other device like spark gap or vacuum tube etc,etc... This capacitor is connected on left side with a static electric field generator producing high frequency oscillating electrostatic field and ZERO CURRENT.
This connection is done by using two high self-induction coils adjusted such that strongly opposed to current discharge from capacitor - something like a diode may also work but it is prone to damage from generator.
This is the key experiment which IS ABLE to PROVE that VOLTAGE POTENTIAL is DOING WORK AND IS THE ENERGY SOURCE.
If resistive load connected as right circuit is powered continuously by static generator then it proves such statement REUSING ELECTRONS STORED IN CAPACITOR.That means ELECTRICITY is an INFORMATION WHICH ORGANIZE current flow. Something I suppose T.Bearden and J.Bedni have been saying for along time..
The POINT IS that such experiment IS in one of Tesla patent already.
Do you think he would patent something which does not work ?