Resonant Reactance

Рет қаралды 3,696

Күн бұрын

Reactance is like a frequency dependent resistance of a coil and or capacitor.
When a coil and capacitor are resonant, they do not only separately exchange energy with the power supply, but also with each other. This makes the reactance dynamic at the resonant frequency.
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Chapters
00:00 - intro
00:30 - Definitions
01:37 - Two types of currents
02:32 - Polarity
03:49 - Holy trinity
04:30 - Another trinity
04:56 - Always Three
05:48 - Tesla Bifilar Coil
06:47 - Are Reactances Constant @ Fr?
07:06 - Frequency is a time period of change
08:16 - Independent Reactances
08:35 - Reactance of a charging resonant coil
09:48 - Xc of a charging capacitor
10:47 - Resonant Reactance
10:58 - Reactance Polarity
12:03 - Energy Is Neutral
12:29 - Negative Reactamce = Assistance
13:23 - Resonant Reactance & Energy Flow
13:55 - Two energy flows
15:15 - Equal Reactance Opposite Polariy
15:40 - Resonant Sine Waves & Reactances
16:16 - Capacitive reactance Xc in a VR graph
17:09 - Infinite magnitude if R=0
18:28 - Inductive reactance in resonant graph VR
20:30 - Zero reactance perfect for current impulse
21:11 - How is this useful?
21:37 - Conclusion
22:22 - OUTRO
My website:
www.magstar.eu
X:
/ mstrivo

Пікірлер: 104

@gyaviratuz2029 Ай бұрын

Finally a reason to be alive🎉

@cold3lectric Ай бұрын

and finally a reason to use the phrase "vertical asymptote" in conversation! 😈 'infinite' has no polarity wo0t

@gyaviratuz2029 Ай бұрын

@@cold3lectric i dont know much but i dont believe in infinity, its physically impossible. Maybe he was saying maximum level. But correct me if iam wrong

@cold3lectric Ай бұрын

@@gyaviratuz2029not wrong, I'd suppose like "approaching infinite" or "effectively" so, "de facto huge" perhaps 🙃

@gyaviratuz2029 Ай бұрын

@@cold3lectric that makes sense

@szekerespista3758 Ай бұрын

tehnology and free energy is very interesting and good, but one day will be useless for all of us. For the meaning of life and eternity search Jesus Christ my friend! 🙏 Happy Easter!

@milesjargon Ай бұрын

He’s back!!!!! 🫡

@bluwng Ай бұрын

My new favorite chanel.

@alocin110 Ай бұрын

Hi Master Ivo: Good to see you again after a long absence. This video has tons of clarification and basically it is a summary of your long-time-based research and sharing. The ideas and principles are defined in specific details and with clarity. The graphics and 3d presentations are amazingly clarifying the indepth knowledge. Your video are not just a lecturer on the subject but an institution of knowledge. Thank you so much for sharing. I am a doner and will continue to support your research. Thank you sir.

@MasterIvo Ай бұрын

thank you so much!

@MichaelStoko Ай бұрын

Thank you for the well-done, clarifying, and useful vid Master Ivo! Thank you also for all the hard work, time, and treasure you put in to making these videos. Can do a lot of good with them!

@MasterIvo Ай бұрын

Much appreciated!

@FunFunFunFun963 Ай бұрын

I love your gravity sketch animation, I love your videos man

@MasterIvo Ай бұрын

I love that free app, I wish more will use it, and meet them inside

@GuruEthereal Ай бұрын

⚡⚡⚡Much love 🤙💚✌️🖖

@partharege440 Ай бұрын

Thank you for sharing this profound knowledge in such a simple and clear manner May the divine bless you and your family ☀️🙏🌾🦅

@Shanjaq Ай бұрын

interesting to note that because the reactance of a coil/capacitor system determines its fundamental frequency of resonance, the same coil/capacitor system can support multiple harmonics adding to its bulk reactance. The reactance for each wave component can be considered separately, for instance if the system is fully saturated at its fundamental Sine Wave it would be fully depleted at all other harmonics, and a system oscillating a Square Wave would be considered fully saturated at all odd harmonics.

@off6848 Ай бұрын

So what you’re saying is we need to hook up a Boss heavy metal guitar pedal to this bad boy 😜

@kellykramer2529 Ай бұрын

IVO!!!! I check weekly for new videos! Thank you for new uploads!!! And for long videos!!

@MasterIvo Ай бұрын

Glad you like them!

@11Sam11 Ай бұрын

Brilliant. Thank you

@GuruEthereal Ай бұрын

Much love 🤙💚✌️🖖

@TheApis75 Ай бұрын

Wonderful explanation! Bravo! Keep up with amazing work.

@TheMemesofDestruction Ай бұрын

Fascinating! ^.^

@m4gn3t.0 Ай бұрын

Thank you 🙏

@MasterIvo Ай бұрын

You’re welcome 😊

@billallen275 Ай бұрын

Excellent explanation!

@MasterIvo Ай бұрын

Glad you think so!

@calcoin4199 Ай бұрын

Frig yeah i cant wait to watch

@danielfoster2788 Ай бұрын

I used bifilar half spheres in my field levitation array.

@allenhargis4317 Ай бұрын

What do you think about charging capacitor plates with just a magnetic field only?

@jonaoconnor8065 Ай бұрын

Use kristals as the plates!! 😚😚😚

@MasterIvo Ай бұрын

crystals as the dielectric works

@MasterIvo Ай бұрын

magnetic field is almost the same as the displacement current field, so it could work

@EfficientEnergyTransformations Ай бұрын

The water-air exchange @15:00 is a very good analogy, but there is a very important point to be made relevant to any dynamic system, as any dynamic system exhibits different impedance through different stages its dynamics. Technically you can make the same experiment without the bottom water bottle. In such setup you can perform the experiment in 3 different ways, without swirling the water (first), with swirling the water, and the 3rd one is by inserting a straw, upside down and reaching the top of the upside down bottle (there are several such experiments already presented on youtube). When these experiments are performed ( for the same amount of water in the bottle, and clearly same gravity acceleration ) one is to notice 3 different time intervals for which the water drains. The question that imminently comes is why and ones we start to think about the problem it comes that we have 3 different impedance equations governing the 3 different ways the water drains. So in this way the impedance, or the dynamic change of the resistance of the flow of energy through the system, is complex dynamic phenomena that does not exist only in (di)electromagnetically coupled systems but in all dynamic systems, although they can look obscenely simple a draining a bottle.

@MasterIvo Ай бұрын

yep

@partharege440 Ай бұрын

We would love to see you at Es ct conference with eric dollard

@MasterIvo Ай бұрын

would be possible with a video call

@EfficientEnergyTransformations Ай бұрын

Eric Dollard has some very good lectures and excellent presentations, although he also has his misconceptions (in direct contradiction with Oliver Heaviside), and in the past decades he has been diverging in some very strange fields of "knowledge". For a good fundamental knowledge on the subject I do highly recommend, reading Tesla's Colorado Sprigns Notes AND Oliver Heaviside's Electrical Papers.

@JenkoRun Ай бұрын

@@EfficientEnergyTransformations "although he also has his misconceptions (in direct contradiction with Oliver Heaviside)" Could you expand on this please? I'd like to know about this.

@off6848 Ай бұрын

@@JenkoRun⁠I remember him actually disagreeing with Steinmentz diagram concerning radial longitudinal wave inductance along a wire propagating transverse wave currents But I forget what he thought in place of it some kind of botched equation from Heaviside Fractalwoman has a video where she explains the real intention of Heavisides equation Visually Steinmetz diagram makes perfect sense to me though the radiant longitudinal lines are the dielectric field which acts like pistons and the transverse wave currents are like a crankshaft. Reversing current flow and polarity along a wire is like changing the firing order of the pistons and turning the crankshaft in the opposite way

@JenkoRun Ай бұрын

@@off6848 I use fluid and fiber analogies myself, visualizing the perpendicular dielectric field as moving fibers make the whole thing very intuitive, once you get a handle on it being counterspatial instead of spacial.

@allenschmitz9644 Ай бұрын

Earth resonance harness techniques must of looked like star forts and castles many eons ago.

@phosion Ай бұрын

This is my calling. Is there a group of information sources or a list of your videos that encompass the total of knowledge about this subject? Thank you again for this video here. I have been back and forth in life contemplating a Resonant Displacement Transformer, although the terminology may be misused. I would love to finalize and build a working model.

@gyaviratuz2029 Ай бұрын

Go and check out eric dollards work.

@gyaviratuz2029 Ай бұрын

Also check out fractal woman

@gyaviratuz2029 Ай бұрын

You could also see history of scientific theories and how they have alot of unreasonable assumptions

@MasterIvo Ай бұрын

Eric Dollard is not what I would suggest. Little is known about practicle applications of the displacement current. but what you say is what it is about for me. resonant displacement current. using coils as capacitor plates to get the displacement current going, and using fast voltage changes (current impulse) to manipulate the displacement currents

@off6848 Ай бұрын

You should do it bro. Get a an impulse displacement charge going and try to sync the impulse with a simple magnetic over unity toy so that it helps the ball overcome the resistance at the right moment and get those loops loopin

@outlawstc Күн бұрын

What do you think about using a resistive wire for your bifilar that is being used for voltage.. Increased parallel R with reference to parasitic Xc of the coil.. This will force more power into Xc to enhance the coils displacement current rather than R?

@MasterIvo 22 сағат бұрын

Sounds interesting But I can't follow completely. can you elaborate how the resistance wire is used?

@outlawstc 20 сағат бұрын

@@MasterIvo If you look at a inductor as having inherent R and parasitic Xc in parallel they have a parallel RC relationship??? While Xl and R are in series.. To me this enables more reactive power to be generated in a coil.. there is a video on my page called stainless chokes.. its a bifilar coil made from 430 stainless.. its magnetic and resistive wire.. The wire I have has been coated like magnet wire. It was made in the 90s by the water powered car inventor. I was lucky enough get get some of it. Most electronic engineers will look at you funny talking about resistive wire on a transformer to produce power. the goal of this transformer is to make voltage in low impedance conditions that want to short out and degrade the signal of the transformer.. this is supposed to prevent that.. I think it acts as a reactive coupling to the load and reduces the ability to pass power as DC.

@outlawstc 4 сағат бұрын

@@MasterIvo I just posted a new video on my channel called tesla bifilar idea. to convey my thoughts

@JenkoRun Ай бұрын

Is there a way to get Oscilloscopes to detect and display the Displacement Currents or can we only infer them?

@MasterIvo Ай бұрын

scopes only work with voltage reading so just like the magnetic current probe , a displacement current probe should be converting the stream of energy to voltage. it should be possible

@JenkoRun Ай бұрын

@@MasterIvo If you're able to get that to work please do make a community post about it, that would be valuable data to have from the scope.

@cold3lectric Ай бұрын

'crookes radiometer' type paddle wheels, might give qualitative indication? 'capacitor probe' with tiny metal foil cap in series with the probe tip, maybe that could be made to selectively conduct displacement currents? 'selectively' would be the hard part I'd guess... @jenkorun with the million dollar question, as ever 👏⚡😸

@off6848 Ай бұрын

Would you say that all energy flow is holistic? What I mean is that em energy flow is fundamentally the same in function as kinetic gas theory, fluid dynamics and pressure mediation? If this is true then I think Ken Wheeler may be correct that nature is actually incomprehensibly simple

@MasterIvo Ай бұрын

yes

@jerardogonzalez007 Ай бұрын

Qui-Gon?

@TheMemesofDestruction Ай бұрын

Basically. ^.^

@MasterIvo Ай бұрын

Jinn

@forbiddenera Ай бұрын

3:19 this chart shows a 90 degree shift not 180.. actually more like 105 degrees but i wont nitpick the artist skill 😮

@MasterIvo Ай бұрын

yes realtive to the voltage it is -90, but normally when resonant it is +90 hence the total 180

@Trebseig Ай бұрын

En dan, wanneer alles maximaal heen en weer klotst dankzij de resonanties, wat kunnen wij daar dan mee doen?

@MasterIvo Ай бұрын

add current impulses on the zero reactance points

@off6848 Ай бұрын

Almost as if it creates an over unity pump the conjugate field geometries being the plenum

@icebluscorpion Ай бұрын

You forgot the memristor they are four not three. Use one of them and you will find definitely something surprising namely that overunity not only exist but it is very easy to realize if you add the missing link, the memristor into a oscillating electric system 🤔😎it is the holy tetrady👌

@zdzisawk5198 Ай бұрын

never heard of memristor. Could you say few words about it please?

@johnkoury1116 Ай бұрын

@@zdzisawk5198 I have never heard of it either.

@icebluscorpion Ай бұрын

Extracted from Wikipedia Memristor : "A memristor (/ˈmɛmrɪstər/; a portmanteau of memory resistor) is a non-linear two-terminal electrical component relating electric charge and magnetic flux linkage. It was described and named in 1971 by Leon Chua, completing a theoretical quartet of fundamental electrical components which also comprises the resistor, capacitor and inductor." It is nowadays used in an array in a chip to use it for Ai calculation purposes. You don't simulate neuronal properties in the program any more with such chips. The also exist as discrete components for non linear application electronics. So for further information, Google and wiki is your friend

@off6848 Ай бұрын

@@icebluscorpioninteresting but still difficult to parse. What is the memory referring to a steady resistance between a nonlinear field impulse?

@anthonyscott9936 Ай бұрын

Can I please get in contact with you, I’ve been building a low power circuit and receiving huge amounts of power, but my rating are correct, it’s back emf, but I’m only using .004w and it’s fully powering devices.. leds, Florescent bulb, motors

@anthonyscott9936 Ай бұрын

@@MasterIvo I sent it, feel free to check out the effects of it on my channel, I just built the motor driver on to Pcb for final assembly, it works great, basically like I plugged the motor into a power supply.. there’s more going onto the design as well but not for the motor.

@MasterIvo Ай бұрын

@@anthonyscott9936 I'll hope you have an oscilloscope to see the phase difference between the 2 systems

@JenkoRun Ай бұрын

Are you by any chance using any isolation techniques between source and load?

@anthonyscott9936 Ай бұрын

@@JenkoRun yes, load coil is only connected via capacitance/emf, it’s just a 3rd coil wrapped around the primary, which is wrapped around secondary. Then you rectify and store the charge, THEN you can use the charge

@anthonyscott9936 Ай бұрын

@@MasterIvo I don’t have one:/ I’ve been looking at the hanmetek handheld oscilloscope, it’s like 125 or something, not sure if that’s a good enough scope..