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бесплатная

энергия

счетчик мотает обратно

конденсатор и счетчик

СчетчикМотаетНазад

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today we will conduct a series of quite

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interesting and fascinating experiments,

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the purpose of which will be to find out

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whether such ordinary

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electricity meters really do not take into account the current

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that flows through the capacitor if we

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say, instead of a light bulb, connect a

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reactive load to a socket instead of a light bulb.

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In the form of

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such a capacitor, I have a capacitor for

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one microfarad and today we will conduct

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an experiment with this capacitor, some of

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which will really surprise you. In

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preparing this video, I was convinced

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that the behavior of such a rectifier

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diode or another and a capacitor

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connecting their simplest circuit

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turns out to be very and very

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unusual and so let's start, for

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starters, everything will be simple and trivial, I'll

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explain what and why an

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ammeter is used, an ammeter

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measures the current in series in a circuit and with

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this light bulb, and of course I have a

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meter connected, the meter is connected correctly,

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without any life hacks, when you can

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wind it up there or somehow an

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ordinary meter but an outdated model

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that should not take into account the

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reactive component or should

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take into account, to be honest, I got confused

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reading the comments in which they always

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correct me, and so the light bulb,

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powerful enough, will be on when we plug

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into the socket, so it lights up the current on On the device,

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we see it well, it goes through this

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circuit, and of course the wheel of

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our meter spins, then only my meter, and

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it spins a kilowatt and we turn off,

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everything is simply clear, clearly, since the current flows

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through the device, the current flows through the light bulb, the

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light bulb lights up, the meter

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is winding, and now the meter has stopped and

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instead of a light bulb, let’s immediately take the

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bull by the horse and take this

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capacitor, connect it instead of a light bulb, the light bulb

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is a resistive

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active load

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in which the energy electricity goes into

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heat and light, heat and light aside and

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now it’s cold and ice,

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well, that’s a joke, let’s connect

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a capacitor and let's see what kind of current

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will flow through it

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and how the meter readings will change, will

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it generate at all, and will it

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generate a kilowatt, and in particular,

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maybe everything will explode, so I already

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know roughly what will flow here and there,

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so I will not switch the scale of the device

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do such experiments

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yourself, not only will

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Roskomnadzor find fault with you, and even the

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unsafe voltage of 220 volts

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can snap you on the nose or on the fingers and

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so on, I connected a capacitor

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in series instead of an

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incandescent light bulb like this as an active

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load, let’s see what happens, well,

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first of all We look at the current running on the device,

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this is clearly visible, so the

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value of this is fixed, only you can

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calculate it yourself, although the device is worth

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vertically guessing that a

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fairly large current flows through the

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capacitor of one microfarad from a

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220 volt network, you can, that is, more than 60

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milliamps, this is a lot in fact in fact,

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but now what is happening with the meter, the

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meter is standing and, as they told me in

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the comments, old household meters do not

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take into account the component of electrical

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energy that flows through

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such a capacitor, and then I suddenly

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ask myself the question, what if it means that a

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current flowing through the capacitor can be from 60

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milliamps be used in

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this case, the meter does not take it into account, it turns out to be

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a kind of freebie, legal and illegal, and I

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won’t discuss it, well, that is, if we

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connect some load in series with the capacitor, then

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this load will

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have free current until the enemy

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discovers the freebie, well, let’s explore

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this freebie in reality that is, it would be trivial,

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of course, to turn on an incandescent light bulb; a

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current of about 60 milliamps was flowing through it,

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and for this light bulb this is not

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enough, so

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we

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will not connect large consumers to such a life hack, although this is an

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ordinary capacitor, let’s take a

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consumer who really

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consumes quite a bit of

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electrical energy, and this Of course,

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economical LED light bulbs, one

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of which I have here and

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let me carefully follow the

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precautions of electrical

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safety, etc. and so on. I’ll

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tighten up this whole thing, it means

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I have a plug from this light bulb,

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we will see the current in the same

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window, I hope we will see it, and all that remains is

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not only to connect all the

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wires correctly, here is the plug from the light bulb, I

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connect to it, here we don’t catch

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any, which means ingenious inventions don’t

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dig up b-tg, we just turn on the lamp

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like this in series and here

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I have a couple of contacts on

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which I attached these crocodiles

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that simply close instead of

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a switch, these two contacts are

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just

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switch contacts, that is, I turned on the

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light bulb in series a circuit with an

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ammeter device and,

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of course, a meter, well, so far everything is according to the law, that

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is, exactly the same as we do with an active

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load, we will watch

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how the meter winds from this

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economical light bulb, and at the same time we will see what

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current flows through it, let's go, the light

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bulb came on like this very weak

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currents because it is LED, let's

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see what currents are these, these are the currents, these are the

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currents, everything is good, more precisely,

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we are about 50 milliamps, that is, exactly

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the same milliamps that

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flowed through our capacitor,

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pay attention, but the meter also

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spins until slowly - slowly, but

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still its disk turns, but since the currents are

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small, of course it

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won’t spin at breakneck speed, but let’s

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wait until the little rice gets at least a little

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closer, the black risk to the black mark

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there along the arrow, well, it’s almost

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closer, I think it will be visible

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even in video that the disk rotation went in this

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direction

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when we had such a load on,

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such a load as LED light bulbs,

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I could tell you the secret that in

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fact this light bulb already has one such life

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hack, but the capacitor is not the same

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size, the

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fact is that the power supplies

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These LED light bulbs

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are built on what they call a quenching

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capacitor, a capacitor that

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is used as a

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current limiter, voltage limiters,

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it can’t be a voltage limiter

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because it’s a capacitor, and so what, there

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’s already one such

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capacitor here, but let’s run this

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light bulb through this capacitor

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here the capacitor was approximately, well, also a microfarad, well, that is, and

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we will hang this capacitor in series,

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that is, the capacitance of the circuit feeding the LEDs

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will decrease and, accordingly, the currents will

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also decrease, but we just saw

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that through the capacitor the current is approximately 60

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milliamps, through the light bulb 50 milliamps,

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that is, the current flowing through a

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capacitor in banal logic will be

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enough, well, let's go, I kind of explained it,

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that is, we only moderated the current

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flowing through the condenser, it’s just

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not recorded on the meter and it eats up more than

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this light bulb like this, I think it will be

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competent to explain what I want, what I

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want to achieve now I send current to the

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light bulb through a capacitor, the

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current to the light bulb through the capacitor is not

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taken into account by the type meter and we will check whether

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this current is not taken into account 1 will the

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light bulb burn from polar

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electricity 2

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well, everyone, let's go by the bull by the horns,

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the capacitor is by the contacts,

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everything is connected, I hope it doesn’t explode, there’s

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nothing here explosive there is no

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shocking too and apolitical in the same way well let's

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go so the light is on the current is flowing

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by the way if you can notice

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almost the same as without this

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capacitor that with this capacitor here is the

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voltage range here

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and now as for the meter the meter is

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here we look at the meter let's look, let's

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increase it further, that is,

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now our LED light bulb

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is powered by free voltage that

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flows,

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or free current, correctly speaking,

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flows through this capacitor,

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b-tg, did I really

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discover something like that, that another ban will come to me

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from Roskomnadzor,

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but let's do it anyway Let's take a

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closer look at this meter, since as

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soon as we have decreased to about 30

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milliamps, the movement of this disk, the movement of

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italo disco, of course,

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has slowed down extremely, but pay attention to the

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black mark and the red mark, you

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don't see anything surprising, I'm

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watching,

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I won't explain and suggest what

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happened here but if you saw

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this whole thing carefully, that is, you

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watched this entire video, then you

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see that the risk went to the left side

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against the arrow,

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that is, not only did we find hal, but

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this wild one or a way to unscrew

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the counter, which is almost impossible, so

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we have a counter with this capacitor it started

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spinning in the other direction oh-oh-oh,

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actually some kind of atas, well, I promised

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some paradoxes with these

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circuits, so let’s still return an ordinary light bulb to the place

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of this LED light bulb

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and see if

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our meter is broken something happened to him

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and he suddenly began to swing in the

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other direction, besides, let's even

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try to start the meter, start the

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meter through, well, first, let's just

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connect a light bulb to make sure

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that the meter will be corrected, just like this, you need to

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change 220 there about like this to

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0 6

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this light bulb consumes approximately 220 milliamps of

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current from 220, this can be seen on the

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device, but it still ran a little merrily

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when 220 milliamps were being poked through it, it

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was very fun to take them into account April money so it was all great and once

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again a reminder of what kind of current was passing

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through capacitor and allowed to power

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non-incandescent light bulbs, housekeeper light bulbs

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and LEDs and caused

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some such interest

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or reaction from the side, here is the

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meter, or rather its disk, so

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we turn on the one that will be smaller, this is the

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current and look at the disk, that is, the

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meter disk is practically worth the physical

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cost of the current current flows in a large house, large,

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more than 60 milliamps; it will not torment the

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device; it is through the condenser and another

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rather interesting effect that I

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discovered while doing this

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disgrace; the meter has nothing to do with it; what about the

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diode and capacitor; tell

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me, my friends and enemies,

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what will happen? yes, we know that a

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capacitor passes alternating

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electric current, a

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diode rectifies alternating electric

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current, and what will happen if we connect two of

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these devices in series,

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put them in an alternating current network of 50

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hertz, or even 220 volts, what will be the

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current, our ammeter will show us if you

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just remember that showed that it was more than

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60 milliamps, that’s nothing and no matter how

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I won’t make any posts, I’m in

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my kitchen and you

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can conduct such an experiment yourself

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without a meter, but just with a centimeter, and so what

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I’ll do is I connect the capacitor

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in series with the device, let’s do it

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again let's make sure how many milliamps we

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have through the capacitor, here they are, these

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milliamps and they are like this, if

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you look at it, the scale of 60 is more than 60

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milliamps and now we

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add this rectifier diode to our circuit,

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that is, we clamp one cell with

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this wire and remove it from the capacitor,

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well, let's come on guys, geniuses, geniuses of

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electronics, gurus of electronics, love hackers

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boat and tell me guys that now we

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will observe on ammeters

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what current will flow through the rectifier diode and

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through the capacitor together in series, there are

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no loads,

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only the capacitor rectifier diode,

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and so the moment of truth comes, we plug the

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plug into the socket oh the device does not

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show anything, we go to the scale of 15

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milliamperes of alternating current, which shows

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once the circuit is nothing, we go at 5 milliamperes of

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alternating current, there is a capacitor

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that just passed more than 60 and this is a

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regular rectifier diode,

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and yes guys, you might think that

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this is a regular rectifier diode,

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is there any- something like this, now I’m

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rude to the scale,

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that is, it could just be that

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this rectifier diode is broken and there

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is no current through the capacitor and

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this diode is simply not there, let’s now

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everything goes in real time, you

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can’t see from the time meter that there is

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no installation here there

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why and so it’s dialing all the time that there’s

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no frack here but you have to

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probably see fake okay let’s

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take an incandescent light bulb

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I know that’s the same diode here it’s

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lying here an incandescent light bulb the current through the light

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bulb there was more than two hundred and

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twenty so I switch to a more

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powerful range, the incandescent light bulb, as

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it should be, burns at full intensity, and it

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flickers terribly in my eye, this is clearly

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visible that the number, that is, the diode conducts

00:14:14

electric alternating current through the

00:14:17

incandescent light bulb, this current makes noise, but

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if we suddenly put

00:14:22

a capacitor in series with the diode,

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there is no current from a 220 volt network it’s surprising but

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true, I checked several diodes, there’s nothing

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supernatural in the capacitor, not

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in the diode, but the fact remains that

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including a capacitor in series for

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one microfarad and such a

00:14:41

standard diode there are four thousand and

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seven, in my opinion, for 1 ampere and a thousand

00:14:46

reverse volts we suddenly get a break in

00:14:49

the circuit,

00:14:50

why is this

00:14:52

and why is this, by the way, very

00:14:53

easily explained from the point of view of

00:14:55

electronics and physics, but we will leave this

00:14:58

behind the scenes, but it’s not for nothing that I’m grinning so much,

00:15:00

and that’s all guys for now, until next

00:15:02

time, I hope you found it interesting and you

00:15:05

you will perceive the video not as a guide

00:15:08

to action,

00:15:09

but as useful informative and

00:15:11

interesting information that has its

00:15:13

own zest in the form of such a diode and

00:15:15

such a capacitor, ok, that’s all for now, see you

00:15:17

next time

Description:

ОЧЕРЕДНОЕ СКОРО-ЗАПРЕЩЕННОЕ ВИДЕО ПРО СЧЕТЧИК Считает ли счетчик ток протекающий через конденсатор ? Вот сегодня и выясним - Что правда а что Лож! https://zen.yandex.ru/media/dima/schitaet-li-schetchik-tok-protekaiuscii-cherez-kondensator--vot-segodnia-i-vyiasnim-chto-pravda-5f212440d3e18b6e3b58dc95 Я прицепил конденсатор к стендовому счетчику и одновременно измеряя ток протекающий через конденсатор постарался увидеть изменения показаний счетчика. Выводы делать не буду - выводы сделают соответствующие органы которые очень ретиво следять за моим кухонным столом , кабы я чего лишнего не съел без их ведома. Кароче испытав токи через разные лампочки и нагрузки, включая конденсатор то последовательно то параллельно, я увидел немало интересного в поведении обычного бытового счетчика о чем вы сами сможете узнать просмотрев видеоролик на моем канале. А вот кое что интересное я хочу рассказать сразу... Как вы думаете КАКОЙ ТОК ПОТЕЧЕТ ЧЕРЕЗ КОНДЕНСАТОР ЕСЛИ ПОСЛЕДОВАТЕЛЬНО С НИМ ВКЛЮЧИТЬ ОБЫЧНЫЙ ДИОД ? Если вам интересен ответ на этот вопрос - пожалуйте в самый край ролика про счетчик и увидите Удивительное и Непостижимое с точки зрения науки и электричества явление ! #ПарадоксДиодаСконденсатором #КакСчетчикУчитываетТокКонденсатора #СчетчикМотаетНазад 220 без трансформатора - только реле https://youtu.be/k0yjr4G1teY Зажигаем светодиод энергией радиоволн https://youtu.be/YA1blVfmfZk ДЕТЕКТОРНЫЙ ПРИЕМНИК Детекторное радио + самодельный усилитель. https://youtu.be/aybQL98EJjw Вечный фонарик с зарядкой для сотового телефона https://youtu.be/XgwqlXn2qKg ПОВЫШАЮЩИЙ ПРЕОБРАЗОВАТЕЛЬ 3в 220в Самая простая схема с РЕЛЕ https://youtu.be/Z5S4lX03KRc Для тех кому нужны подробности (бываю там редко) https://zen.yandex.ru/dima https://vk.com/id26168899 https://ok.ru/profile/570092326202/ https://www.facebook.com/profile.php?id=100009896914428

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Questions about downloading video

How can I download "КОНДЕНСАТОР против СЧЕТЧИКА ☢️ Парадоксы Конденсатора в сети" video?

http://unidownloader.com/ website is the best way to download a video or a separate audio track if you want to do without installing programs and extensions.
The UDL Helper extension is a convenient button that is seamlessly integrated into YouTube, Instagram and OK.ru sites for fast content download.
UDL Client program (for Windows) is the most powerful solution that supports more than 900 websites, social networks and video hosting sites, as well as any video quality that is available in the source.
UDL Lite is a really convenient way to access a website from your mobile device. With its help, you can easily download videos directly to your smartphone.

Which format of "КОНДЕНСАТОР против СЧЕТЧИКА ☢️ Парадоксы Конденсатора в сети" video should I choose?

The best quality formats are FullHD (1080p), 2K (1440p), 4K (2160p) and 8K (4320p). The higher the resolution of your screen, the higher the video quality should be. However, there are other factors to consider: download speed, amount of free space, and device performance during playback.

Why does my computer freeze when loading a "КОНДЕНСАТОР против СЧЕТЧИКА ☢️ Парадоксы Конденсатора в сети" video?

The browser/computer should not freeze completely! If this happens, please report it with a link to the video. Sometimes videos cannot be downloaded directly in a suitable format, so we have added the ability to convert the file to the desired format. In some cases, this process may actively use computer resources.

How can I download "КОНДЕНСАТОР против СЧЕТЧИКА ☢️ Парадоксы Конденсатора в сети" video to my phone?

You can download a video to your smartphone using the website or the PWA application UDL Lite. It is also possible to send a download link via QR code using the UDL Helper extension.

How can I download an audio track (music) to MP3 "КОНДЕНСАТОР против СЧЕТЧИКА ☢️ Парадоксы Конденсатора в сети"?

The most convenient way is to use the UDL Client program, which supports converting video to MP3 format. In some cases, MP3 can also be downloaded through the UDL Helper extension.

How can I save a frame from a video "КОНДЕНСАТОР против СЧЕТЧИКА ☢️ Парадоксы Конденсатора в сети"?

This feature is available in the UDL Helper extension. Make sure that "Show the video snapshot button" is checked in the settings. A camera icon should appear in the lower right corner of the player to the left of the "Settings" icon. When you click on it, the current frame from the video will be saved to your computer in JPEG format.

What's the price of all this stuff?

It costs nothing. Our services are absolutely free for all users. There are no PRO subscriptions, no restrictions on the number or maximum length of downloaded videos.