Body
MickI have found the same DC motor able to go from 100 rpm to 10.000, if the balance, and bearings, are good.
You may get a minor furnace at the brushes, at higher voltages though.For this, put a bridge rectifier of 1000 volts, AC legs down across the brushes, sending the DC out to somewhere useful, solving the brush burnout.Cheers Warren
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On Sat, 26 Jan 2019 at 3:00 PM, Mick [email protected] [EVGRAY]<[email protected]> wrote:
Hector,
What speed DC motor works really well for this 1800, 3600? and are higher voltage motors any better than the lower voltage, or vis versa?
Lets say if the end game is building something serious but somewhat compact and reliable with enough output to get one under some serious surveillance.
I imagine the higher the RPM the less necessary larger caps.
On 1/26/2019 12:26 PM, [email protected] [EVGRAY] wrote:
Have the capacitor charge and at its null neutral discharge it with the non reflecting diode plug method , say for 9 phases 18 diodes , 18 capacitors and 18 trigger scr switches.
remember that i had given this in segments each segment has specific applications and effects .
assemble them and you have year 2500 ZPE technology .
list of basic things, way to capture an RE signal and transfer it to a JOULE potential as a dc voltage in a capacitor.
Way to discharge this potential with no reflection to source ..
relate to Normans neutral spike and you have it all !
OU is transformation taking energy from one domain and converting it to another .
(H)
---In [email protected], <schoonersolsticemoon@...> wrote :
Hector Is it then better to rectify the AC as soon as it is made at the coil, so that it can be combined as a high current DC, with the product of the other coils in parallel? Buffering this in a capacitor, then inverting it, if one wants AC, that can be then changed to the voltage output, one may want? The trick is to have a simple stupid
Inverter that has no brain that shuts it off, when high, or low signals, are recieved, due to fluctuations in the power. I used deep cycle 6 volt batteries, instead of a capacitor, but would rather not, if possible to replace them. The do seem to suck up any signal coming to them, though, and make it tame. Cheers Warren
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On Sat, 26 Jan 2019 at 7:13 AM, arkresearch@... [EVGRAY] <[email protected]> wrote:
In RV triple flux capacitor was used to excite alternator ,rectified at WYE center to get DC
in multi phase WYE DC motor
you have an 3x3 flux impedance (9 coils) within a common WYE center .
can use 9 capacitors 18 diode bridge to play ...use 40 phases make that 40 caps
80 diode bridge to dc conversion adding the 40 coil shorting gates to the coils .
(H)
---In [email protected], <mkjekyll@...> wrote :
Hi Ole,
Why u instead of V?
Yes the inductor is a current source and acts as a current flywheel, good metaphor.
Can you explain the fabled flux capacitor of Faraday and what may indeed be considered as such if one uses plasma states for instance?
On 1/25/2019 1:33 PM, onielsen@... [EVGRAY] wrote:
Hi Norman, Mick,
"...a reverse current is being induced into the iron core coil with the reverse polarity."
The current continues in the same direction while the voltage or tension changes sign. The current can't be stopped or having its direction changed in a jump as it is always continuous. It would be like immediately stopping or changing the direction of a running flywheel. The force required or given off is like the voltage when speaking coils. The voltage or force will be of infinite size if the change happens in an instant. The current starts decreasing from whatever value it has at the disruption. Only how fast is related to the size of the induced voltage (u = L x di/dt) where u is the voltage, L is the inductance of the coil, i is the current and t is time. di/dt is the slope of the current.
Regards
Ole
---In [email protected], <nwootan@...> wrote :
Mick, first envision a North-South magnetic poles embedded in flywheel. When the North-South magnets bridge the first two poles of the stator (rotation) a forward going current is induced into iron core coil and at same time charges up condenser to max. Important note here is that the impedance of coil is LC matched to the value of the condenser. When the North-South magnets move over to the middle and last poles, breaker points open and at same time a reverse current is being induced into the iron core coil with the reverse polarity, the condenser discharges through coil windings to frame ground. With the condenser being charged via the forward going current, 1st step, when it discharges into coil a reverse current is being induced by moving magnets. In effect you have opposing currents, opposite polarity, (BUCKING-OPPOSED) which cause a miniature magnetic flux annihilation event and a MAGNETO-ELECTRIC, micro EMP event. That is the reason the old magnetos had such a powerful spark even when you turned them by hand at super low RPM. I worked on thousands of them on my magneto test bench. Norm
On 1/25/2019 9:20 AM, Mick mkjekyll@... [EVGRAY] wrote:
Norm,
So this is the same effect from the 3 pole magneto you showed us, when the cap discharges during the collapsing flyback pulse and compresses the delta?
Were three poles used in parallel in order to make sure the iron was fully saturated even at low speed in the old magneto?
On 1/25/2019 9:35 AM, Norman Wootan nwootan@... [EVGRAY] wrote:
Your quote, feed it a reverse potential as voltage is maximal peaking and you have a mother of an EMP neutral spike on your hands ! Yeeeeeeaaaaah! Hector my friend, you got it exactly right. In all my experience with old time magnetos, this is exactly how the conderser discharge through the primary windings happens with reverse polarity. Bang, you get a sharp crack spark discharge in the bright blue wave lengths. Not a measily orange spark without any zip to it. The 5HP compressor, EMP test I did works this way.
On 1/25/2019 6:35 AM, arkresearch@... [EVGRAY] wrote:
If you short a coil current becomes maximal voltage stays lag at zero upon max core saturation , then at short cut off ,voltage becomes leading and maximal as current drop to zero ... basic RF neutral spike dynamics !
feed it a reverse potential as voltage is maximal peaking and you have a mother of an EMP neutral spike on your hands !
(H) other methods are applicable ,,, rotary is best for simplicity ,
---In [email protected], <konehead@...> wrote :
Hi Mick
"would require shorting to saturate the core from passing a magnet"
Did you mean:
"would require shorting to saturate the core from a passing magnet" ?
I don't know something else?
Also wouldn't a shorted coil become rf transmitter not so much an antenna?
Anyways still confused but just half way confused now..
Kone
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