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Electrostatic Power from Eric Dollard's LMD analog computer emulating a Tesla Coil.
Most of simulations involving Eric Dollard's analog computer in LMD mode produce far more voltage than they do amperage making them more likely to fulfill the needs of an electrostatic load rather than a conventional electromagnetic load such as a conventional EV motor in the following simulations.... {Now, I know better.}
https://is.gd/1st_EV
https://is.gd/2nd_EV
https://is.gd/megaEV
The binary text files listed above are each loaded into this simulator...
https://is.gd/blankcanvas
It makes sense...
An LMD module is electrostatically oriented while a TEM module is electromagnetically inclined since the former encourages focus upon its capacitance while the latter encourages focus upon its inductance due to their 90 degree difference in orientation of power flow: parallel to capacitance versus parallel to inductance.
Last edited by Vinyasi; 03-29-2017, 10:28 AM.Comment
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Is this a realistic EV? Powered by nano watts from a 10 volt, open path, DC source.
https://is.gd/is_this_a_realistic_EV
https://is.gd/blankcanvas
Cold Electricity by Aaron Murakami
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High Voltage, Low Amperage without any cost from a Battery - a Perpetual Simulation!
This simulation uses next to no watts from a 12 volt DC battery. In fact, it charges the battery at a rate of negative 1.4 nano watts to be precise. Its output is over 1 kV and around 26 micro amps (approximately 20 milli watts of power), continually, without much variation by comparison to my earlier attempts at simulating overunity.
https://is.gd/HVAC_COIL
https://is.gd/blankcanvas
Quote...
"Overall, higher voltage systems will actually be more efficient and more cost-effective, whether DC or AC. Losses in electrical circuits are based on the amperage (electron flow). You can move more energy (kWh) with lower amperage by running it at higher voltage. This is why utility transmission lines run in the thousands of volts, and homes at 120/240 volts. Higher voltage means lower losses with the same size wire, or the same losses with much smaller wire. Copper wire is costly, so higher voltage saves you dollars up front, as well as energy losses throughout the life of the system."
https://www.homepower.com/articles/solar-electricity/design-installation/ask-experts-12-volt-power
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The Slowest 'Burn Rate' Escalating Upwards Towards Infinity That I've Ever Seen!
https://is.gd/HVAC_COIL2
https://is.gd/blankcanvas
This is the slowest spontaneous combustion escalating upwards towards infinity that I've ever seen simulated based on Eric Dollard's analog computer in LMD mode - Longitudinal Magneto-Dielectric; a Tesla coil in miniature; intended to highlight one aspect of a transmission line: its capacitance. Thus, high voltage is born, at the sacrifice of amperage, from a very very small supply at this circuit's DC source. In fact, the DC source herein is so small, I'd have a hard time finding it! Yet, this circuit wouldn't work without the battery rated at 12 volts. One volt less and the circuit won't work. It's that delicately balanced that just about every variable in this setup is necessary to succeed at producing a very slow escalation towards an infinitely combustible outcome.
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More Amps, Less Volts at an Extremely Slow, Slow Rate of Escalation towards Infinity
https://is.gd/moreamps
https://is.gd/blankcanvas
A little bit preloaded by having saved a fresh version after it had run for 10 kilo seconds...
https://is.gd/beta_amps
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Free Energy from Momentary Contact with the Positive Terminal of a 1.5V DC Battery
https://is.gd/free_energy
https://is.gd/blankcanvas
https://is.gd/freeenergypicLast edited by Vinyasi; 04-11-2017, 11:01 PM.Comment
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New Thread ...
I'm discontinuing my posting to this thread since I no longer participate, nor dwell on, Barbosa and Leal. It's long overdue that I start a new thread on what I've been posting here on surges derived from the inspiration of Eric Dollard's LMD...
http://www.energeticforum.com/renewa...lards-lmd.htmlComment
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