Negative Inductance and measure of Magnetic force.

[lancaIV]

#606 the comment from "stephen wallin"
What means this for rotative and/or static converter  ?
Output related : frequency  ~ rotation and their  un-/stable emf torque ?!

Charging : lamps,heatelements,energy storage ( thermal/electrical/chemical),electro magnets,water(liquids)




pulse induction :
https://patentauction.com/patent.php?nb=13191




https://patentauction.com/patent.php?nb=8396
Specifications Lamp:
This bulb is made up of 5 parts
1- Power Supply with High Efficiency


2- The flow control
3- The current distribution and amplification by transistor (MOSFET)
4- The kit LED light sources are
5- The light intensifies and increases the beam angle (I invented)


Advantages bulb invented:
LED1- More light: 2 times higher
2- Lower power consumption: Half
3- Longer life: 70,000 hours
4- Impact resistant
5- Less time for maximum Illumination: 5 seconds


Specifications Lamp 15W·


Input voltage: 110-230V·
Current consumption: 65-70mA·
Beam angle: 320 degrees·
Optical flux: 2400 LUMEN


Lighting Power: 300W

Power Consumption: 15W


· Life: 70,000 hours


how here 15 W electric compares with " beam 300 Watt lightpower" ,so compares 15 W electric 15/150/1500/15000 W fractional emf ,fractional power divided by time and periodic function

[synchro1]

It should be possible to simply plug one side of the "Washtub Stator MEG" into a wall outlet and run an appliance off the gain from it's magnetically connected stator coil twin.

Has anyone ever tried this before?

[lancaIV]

grid wall outlet : 50/60 Hz
MEG process frequency  ?
grid- MEG-inductive load : harmonic injection/distorsion  ?
Plan it off-grid !

#611 as permanent /periodic ( on/off -low/full load switch) e-storage recharger
So we need the cheapest possible e-storage  !

It can be weight heavy as stationary installation : long life thermic/ redox battery




https://www.youtube.com/watch?v=m3zJBqyP2Tw      http://circuminvent.com/low-cost-thermal-battery/


when 72 elements 700/1400 KWh , 1 element battery potential ? the thermal energy converter costs ?


https://judbarovski.livejournal.com/tag/heat%20storage




#611 input/output DC-pulsed DC/AC circuit compared
https://worldwide.espacenet.com/publicationDetails/biblio?DB=EPODOC&II=13&ND=3&adjacent=true&locale=en_EP&FT=D&date=19900104&CC=DE&NR=3821856A1&KC=A1




There are electronic circuits that convert direct current into alternating current that is synchronized with the grid. These circuits are called inverters. All these circuits have in common that they do not generate any current corresponding to the curve shape of the network, but at best approximate them in a step-like manner. Simple inverters even only generate rectangular pulses. However, this leads to considerable disruptions in electronic data transmission, e.g. B. in television, radio, ripple control of energy suppliers, etc. These circuits are also very expensive and, because of their high self-consumption, can only be used economically from relatively large outputs of more than 5 kW. This great achievement, in turn, also requires considerable investments from the power generator that private home owners cannot afford. This is the main reason why the use of regenerative energy is only slowly becoming established. Generating only warm water is uneconomical from the start.

In order to make regenerative forms of energy economical, several requirements have to be met:






It is known how a capacitor behaves on the network. Although it seems to let electricity through, it does not consume electricity. A capacitor draws current as the amplitude rises and supplies this current to the network again as the amplitude falls. However, if the capacitor is connected to the network in a charged state during the drop in amplitude, the discharge into the network takes place, even if the charge originally does not come from the network. When the mains voltage crosses zero, the capacitor must be disconnected from the mains, otherwise it would be charged from the mains with the opposite polarity. Thus, if the capacitor is charged by any power source prior to the amplitude drop and is discharged into the network during the amplitude drop, current is supplied to the network. If this capacitor does this during the positive half cycle, a second capacitor can do this during the negative half cycle. However, the principle also works with just one half wave.



For this principle to work, it is not necessary for the capacitor to be charged from the current source to the mains voltage, but any charge of any lower voltage can be supplied to the network if either the residual charge up to the mains voltage occurs from the mains, or the The capacitor is only connected to the mains when the mains voltage falls below the capacitor voltage. The capacitor is charged during the half-wave pause. The principle therefore supplies electricity to the network for any number of periods for a maximum of half the time. It actually generates the current that is consumed by leading edge control, and it works as a capacitive phase shifter. Both are very desirable in public networks. Due to the operation parallel to the grid, the primary energy sources, which are present anyway, are used as storage, thus solving a further problem of renewable forms of energy.

[synchro1]

There's no limit to the amount of magnet strength when applied laterally. This is just to demonstrate that because the Stator is wrongly positioned. stator 90 degrees offset;

[synchro1]

                                           A "Novel kind of Buzzer"!

This is a short video of a spontaneous vibration with a D.C. input: Unlike an ordinary "Buzzer", this one is supplying power to itself instead of consuming it!

                                                        watch


This may be a "Nakashima domain shift" switching event. Perhaps an Overunity generator!