My Asymmetric Electrodynamic Machines – Page how to get rid of ants in your house 12

Let me explain why I did that…The effective armature voltage on a motor, is calculated based on its voltage-current transiting its armature coils…In symmetric motors we must subtract C EMF because symmetry how to get rid of ants in your house is constantly reversing the coils voltage to achieve rotation, by forced magnetic poles switching, this creates a reverse current and voltage flow…Are you picturing this?

Mr peter lindemann shows us an old navy electric book, where a battery is portrayed as the C EMF and how to get rid of ants in your house connected opposite to input, meaning plus to plus and neg to neg…Which I agree entirely with…Coils retain their energy in their magnetic fields…Just like a non polarized cap…Now every time it charges, then it "blows it back" at our input…Mine does not do that…Instead it sends it via second set of brushes…To output being a positive value and favoring rotation…So we can not subtract, because my "battery" reverses naturally, just like any given inductor…At the time is pulsed off…By that time it is already connected and discharging its how to get rid of ants in your house voltage and current down our outputs…So, we can not subtract that value, but add it…

Dear carroll, current (amperage) is an electronic flow "population" value per section of conductor, simplified…Nothing more to it…Voltage is the potential difference between point A and point how to get rid of ants in your house B of a given length of conductor of electronic flow…Parameters are reading both electronic flow…One at a cross section and the other at two how to get rid of ants in your house ends and computing the difference in potentials…They are both about electronic flow…Nothing more to it…We have learned to separate this as if they would how to get rid of ants in your house be comprehending different based constants…And they are not…They are about same electronic flow measurements, but in different ways, one at a limited minimum timing (one second, and a "coulomb" defining electronic volume is then understood as "one ampere" based on that great french scientist…The other based on potential difference between two points as how to get rid of ants in your house volts…Rendering its name to alessandro volta, great italian scientist…Different times…

Anyways…Amps are measured in closed loops only…And that is a disadvantage to measure my motors…They are never closed…Always flowing freely…Where there is not opposed traffic…But at most, a heavy traffic, like a "rush" but all electrons flowing same "one way"…Never colliding frontally.

See one thing most are missing or disregarding here, just because dedicating time to calculate amperage at constant open how to get rid of ants in your house loops..No one has dedicated a minute to analyze my magnetic how to get rid of ants in your house fields…And would never understand my motors if you do not how to get rid of ants in your house see them…

Ok, dear, so then, I will let you "calculate" my motor math as ev amount (not output)…How much, do you think that is? There is no way to calculate the ev without knowing how to get rid of ants in your house the current going through the armature and also the armature how to get rid of ants in your house resistance.

Resistance could be calculated by each pair of coils at how to get rid of ants in your house stationary level, and add’em up…But that would be a wrong result, just because, they are never "all" touching-contacting in series…So it is completely "unpredictable" how many times coils are sweeping comm elements at two-one (2-1) ratio per nano/milli second of rotation…Meaning, there is only two choices…Either coil pairs are solid contacting comm element…Or two at same time, but then resistance between them two… Would have to be calculated as parallel, not serial connection…Meaning R1(coil 1)+R2(coil 2)/divided 2…

I do not know why we are all arguing over how to get rid of ants in your house something so simple…If we would be talking about maxwell’s quaternions formulas…I would understand, or even high level algebra …But…Not in so simple math… Please understand I am not saying your motor is not how to get rid of ants in your house doing all you claim. In fact I am greatly impressed by the design of how to get rid of ants in your house it. I have never seen anything quit like it in all how to get rid of ants in your house my years of working on motors and generators. I am only saying you are not doing the calculations how to get rid of ants in your house correctly.

UFO. Check and see if I have this right. By making this connection you have the input voltage across how to get rid of ants in your house one of the windings then you connect the second wind how to get rid of ants in your house in series to the first. At this time you have a voltage drop across the how to get rid of ants in your house first wind with the addition of whatever you can generate how to get rid of ants in your house on the second winding. Sounds exactly right about 18 volts I can get the how to get rid of ants in your house same thing with a standard generator setup and either way how to get rid of ants in your house you cannot use the increase voltage without the input current how to get rid of ants in your house going up. I have explained the same exact connection dozens of times how to get rid of ants in your house on the monopole forum and on my videos. I use an extra coil of a window motor in how to get rid of ants in your house series with the power coil. The output is taken from the start of the power how to get rid of ants in your house coil to the end of the added coil. The result is about an 80% increase in voltage. I never had the nerve to call this a COP how to get rid of ants in your house of 1.8 because I don’t have .8 volts over unity to add back to anything or how to get rid of ants in your house us it in any way that would prove over unity. Take a look at this video to see what I’m talking about :

You will see much more stuff on the output running how to get rid of ants in your house at more voltage than the input. But this is still not over unity no matter what how to get rid of ants in your house the COP on a piece of paper says. The young experimenters here and on most other forums are how to get rid of ants in your house looking for something they can see in reality. Over unity = self run or charging several batteries from one. If your over unity is only on paper then you how to get rid of ants in your house need to explain this to everyone who is following you how to get rid of ants in your house here.

Here is a video for the benefit of the two how to get rid of ants in your house inventors who did the generator test and it may also how to get rid of ants in your house interest others. This is a video that I was going to save how to get rid of ants in your house to show how much better the modification was but now how to get rid of ants in your house I can see I wont need it for that.

Additionally we can always in this topology collect even 90% of collapsing magn. Field energy from the stator electromagnets with well known diode how to get rid of ants in your house plug fashion and ALL POWER FROM THE SHAFT WILL BE how to get rid of ants in your house FOR FREE WITHOUT AFFECTING INPUT POWER ON LOAD!!

The little battery fan motor from the dollar store is how to get rid of ants in your house about as cheaply made as you can get. The brushes are very thin gage copper foil, certainly not made for 1.5 amps. I used the higher power as it showed exaggerated differences how to get rid of ants in your house between the motors. Comparing unmodified to modified motors is comparing apples to oranges, but does give expected baseline results to compare with.

Retested with new unmodified motor and modified motor with new how to get rid of ants in your house brush cap. The unmodified results: 2.6 volts unloaded (2 AA batteries) ran the motor at 2 volts and 220ma for 0.44 watts. The modified ran at 1.5 volts and 280ma for 0.42 watts. Putting ground to the case does act like a resistor how to get rid of ants in your house dropping the voltage. For this I got higher RPM’s (approx 700) plus generator output – enough to light an LED.

Using the 2 AA batteries, I do not see any abnormal wearing of the brushes how to get rid of ants in your house nor could I tell that the motor was running hotter. I will be attempting the slip-ring method on a better motor next to confirm the how to get rid of ants in your house results I saw in this test. All in all, this test did confirm that the motor did run more how to get rid of ants in your house efficiently, at higher RPM’s, and with generator output as a bonus.

I replicated your little dollar store slip-ring motor today. I have the radio shack motors but I wanted to how to get rid of ants in your house try your approach first. The RS motor is actually a very hard build for how to get rid of ants in your house me and I don’t know if I will even attempt it. It is not really a kitchen table project. Your little "slip-ring" three pole motor from the dollar store IS doable by how to get rid of ants in your house almost anyone. My store was out of the fans but I found how to get rid of ants in your house the same motor in an electric toothbrush. I used the same wire that the motor came with how to get rid of ants in your house by carefully unwinding it. Thanks for the excellent video on how to make the how to get rid of ants in your house motor modification. I am discovering many wondorous things with just this newbie how to get rid of ants in your house starter motor. My "penny" oscillator runs off the generator part great.

I see everybody going back and forth on this setup how to get rid of ants in your house about what can be measured and how it can or how to get rid of ants in your house can’t be measured. We cannot measure the volume of water in the ocean how to get rid of ants in your house or the wind in the sky. This is true, and who cares. If I can’t harness the air in the sky or the water how to get rid of ants in your house in the ocean to do WORK, what good are they? (for that purpose anyway) the wind can blow and the waves can crash, and that runs no lights in my house nor does how to get rid of ants in your house it move my car down the road. So who CARES how much "radiant energy" a system puts out if you can’t harness it to do work? It is the same thing. And I guarantee you that if you harness something to how to get rid of ants in your house do WORK, that work CAN be measured. That is what I am doing with my testing…Measuring the WORK this system can do compared to the how to get rid of ants in your house WORK a standard setup can do vs the resources used how to get rid of ants in your house to DO that work. Any other kind of testing is meaningless as far as how to get rid of ants in your house I am aware. If the motor spins faster and has more torque for how to get rid of ants in your house LESS AMPS at the same voltage, I would say we have a winner. The noise it makes, the speed it rotates, the bright lights and pretty sparks…None of it mean anything. Work is work…Data is data. I will have the answers that are meaningful to me how to get rid of ants in your house very soon. Come on guys, lets put together the data that is meaningful.

I can measure the voltage and amp draw of the how to get rid of ants in your house standard motor. I can measure the voltage and amp draw of the how to get rid of ants in your house modified motor. I can measure the voltage and amp draw of the how to get rid of ants in your house light hooked to the generator that is attached to the how to get rid of ants in your house standard motor. I can measure the voltage and amp draw of the how to get rid of ants in your house light hooked to the generator that is attached to the how to get rid of ants in your house modified motor. And I can measure the amp draw and voltage going how to get rid of ants in your house to the small 18 volt motor I am going to how to get rid of ants in your house connect to the voltage output of the modified motor. If the two outputs total in watts to greater than how to get rid of ants in your house the input total watts, I feel like that’s pretty conclusive. Here is the data from my test on a standard how to get rid of ants in your house motor connected to a standard motor as a generator, with that generator connected to a light. If anybody has a finished modified motor, connect it shaft to shaft (using the inside piece of a bic pen and a how to get rid of ants in your house little super glue) to a standard motor and attach the same bulb I how to get rid of ants in your house specced out (available at most auto parts stores) and see what the voltage and amp draw of the how to get rid of ants in your house modified motor is….Then compare.

If I can get the same or greater output on how to get rid of ants in your house the generator at significantly less amp draw on the modified how to get rid of ants in your house motor than the standard motor, that would be a winner too. There ARE ways to measure what something will DO even how to get rid of ants in your house if you can’t measure the something itself.

I have had some problems with my modified motor. My commutator sections are straight across from each other, show connections to each other, and show no short to other sections or the body how to get rid of ants in your house of the rotor, but when I put it in the housing and rotate how to get rid of ants in your house it, I have significant sections of the rotation where there is how to get rid of ants in your house no contact with the brushes. I rotate one brush housing slowly to see if I how to get rid of ants in your house can resolve that problem and it doesn’t help. If I can’t resolve it soon I will give up and build how to get rid of ants in your house another motor. I’m beginning to wonder if I have gotten something on how to get rid of ants in your house my commutator that prevents solid contact by the brushes. I will be spending the morning figuring it out as how to get rid of ants in your house best I can and then building another motor if I how to get rid of ants in your house have to.

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