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Конденсатор разного типа

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Зачем нужны конденсаторы

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Полярные и не полярные конденсаторы

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Как подобрать правильный конденсатор

0:03

Алюминиевые электролитические конденсаторы

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Можно ли заменить электролитические конденсаторы на керамические

0:04

Можно ли поставить конденсатор другой ёмкости или напряжения

0:05

Можно ли заменить электролитические на твёрдотельные кондёры

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Когда нужны танталовые конденсаторы

0:07

Где применяются керамические конденсаторы

0:09

Когда используют плёночные конденсаторы

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Слюдяные конденсаторы

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Где достать хорошие конденсаторы

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электроника

радиоэлектроника

начинающий радиолюбитель

для начинающих радиолюбителей

радио

электроника своими руками

основы электроники

уроки радиоэлектроники

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this is ceramic, this is film, this is

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tantalum, this is polymer, this is mica, there are

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simply a huge variety of different

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types of designs and different

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applications, but is it possible to simply take an

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electrolytic capacitor, for example, with a

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capacity of 10 microfarads and replace it, for

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example, with a ceramic capacitor of the

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same capacity or, for example, with a film

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capacitor of that the same denomination of all,

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welcome dear friends on the

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radius defender channel, today we

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will again deal with capacitors,

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why there are so many types of them, we will

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consider in what cases

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those lengths of capacitors are used, when

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can it be replaced with another type and will it be

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better when to do this it is absolutely

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impossible to see we can also whether to replace a

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capacitor with a larger capacitance or a higher

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or lower rated voltage

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when it is critical when it is not but for those

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who are already developing their own electronic

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devices

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you will certainly need a printed circuit

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board that a

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Jersey company can develop for you of very high quality on

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its own, just send

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the sketch you need and they will make a printed circuit board board of

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almost any complexity double-sided

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multilayer different shapes they

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do it all perfectly and by the way they recently

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came out with a new product purple printed circuit

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boards suitable for expanding

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design options prices start at $2 for

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5 boards in my opinion it’s very profitable the link

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will be in the description under the video capacitors

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are used in Almost any

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electronic circuit from the simplest

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multivibrator to motherboards and

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any power supply of any electronic

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device capacitors are a

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2-water component they

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are used for a variety of purposes

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for filtering energy storage

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voltage pulse suppression decoupling

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smoothing and other tasks in the

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simplest case they consist of two

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parallel plates separated by an

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insulating material

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called dela click on my channel we have

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already talked many times about the capacitor,

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how it works, how it behaves in

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alternating circuits, how it behaves in

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constant circuits, what to do if

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the capacitor is swollen, how to check it and

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what is the sir of a capacitor so

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if you are not yet familiar with the companies, you

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can first get acquainted with my

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playlist about them, so first of all,

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capacitors can be understandable and

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non-polar; polar capacitors include

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practically those electrolytic and

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tantalum capacitors, and they should not always be

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connected taking into account the polarity of the

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voltage, that is, you cannot confuse

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the plus and minus, otherwise this can lead to a

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short circuit, well, the minus is

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usually very well and clearly marked on them,

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so you are unlikely to confuse them. Ceramic mica and film capacitors are non-polar, since they are non-polar, they can work with any polarity, that is,

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it doesn’t matter which side you use them on put the

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circuit capacitor is always ready to work

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in this non-polar capacitors are similar

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to a resistor and what is most important is their non-

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polarity makes them suitable for

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use in alternating current circuits where

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you cannot put, for example, a

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polar electrolytic candy, we have already

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figured out if, for example, there is a

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film capacitor in an alternating current circuit

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current, then replacing it with an

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electrolytic one of the same rating is no

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longer possible, and in general, selecting a

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capacitor only looking at the capacitance and

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operating voltage is incorrect.

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Capacitors have many other

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important characteristics, such as, for example,

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operating temperature, tolerance on ratings,

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that is, for example, how much the capacitance can

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deviate from the value indicated on the

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case stability the same sr

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electronic strength and others this

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makes each specific type of

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capacitor suitable for each

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specific application so let's

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look at their advantages and features

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and first consider aluminum

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electrolytic capacitors - these are

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perhaps the most common capacitors with which

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we have to deal we already remember

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that they are polar and therefore cannot be

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used in alternating

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voltage circuits; they can have a fairly

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high rated capacitance, but the

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deviation from this rating can

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reach up to 20 percent, that is, you

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see in the office that it is 100

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microfarats, but in fact it can be

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120 microfarads and 80 microfarads, so

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aluminum electrolytes are optimal in

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cases where high precision is not required,

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most often they are not used

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as decoupling capacitors in

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power supplies, where they are used

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to reduce voltage ripple, and

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many people ask whether

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electrolytes can be replaced, for example, with

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ceramic capacitors which

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lower sr less sensitivity

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to heat much longer service life and

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usually better mechanical strength

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this question usually arises when it is

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necessary to reduce the circuit and the electrolyte is

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usually large but not so

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simple some circuits require a

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certain minimum and cheese from the

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output capacitor which can cause

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circuit oscillations when using

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ceramics, their capacitance can also

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deteriorate significantly with voltage and

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Chiesa effects can occur, but in

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switching power supplies, ceramics

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can be a better solution than

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electrolytes, unless of course you

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need too large a capacitance in

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ceramic capacitors, it is usually

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small, let's now look at

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this circuit As you can see, there are sound amplifiers

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here, or Conders, two of

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them are non-polar, one is polar, the polar ones

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are at the input of the amplifier, the

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sound source itself passes through them, and what

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would happen, for example, if instead of a capacitance of 22

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hundredths of a microfarad, for example, you put in a

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smaller one hundredth of a microfarad, or

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in another way, 10 nanofarads, of course it will immediately

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worsen the sound quality and sound in the

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speakers will become noticeably quieter, but let’s,

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on the contrary, increase the capacity, the more the

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better, because we’ll put in a whole microfarad, that

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is, about five times more than

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the nominal value, but here at higher volumes,

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oh, we’ll get wheezing in the speakers,

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the amplifier will overload the

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sound quality again I want to give the snare will

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heat up more, so in such

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cases and in general, capacitors usually

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need to be replaced with a capacitance close in

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value, but the fly condenser we already have is

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polar at 407 microfarads, it is in the

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power circuit, if you replace it, then it’s even

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better to put a larger capacitance, but

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put capacitors at a lower

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voltage than the circuit is worth, this

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can cause it to heat up and explode. If, for

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example, the circuit operates from 12 volts, then you

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need to set the canyon to 16 volts, and

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accordingly, if the circuit operates from 15

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volts, then it is better to set it to

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twenty-five volts, that is, take

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the voltage reserve, but not too

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large, but what makes sense to replace

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is aluminum electrolytic

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capacitors with solid polymer

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capacitors,

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then this is necessarily essentially the same

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electrolytic capacitor; it

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uses a special conductive

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polymer, while conventional ones

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use a liquid electrolyte,

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this is already a plus for the condenser since due to

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its precision, this eliminates the

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possibility of

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electrolyte evaporation. The second significant advantage of

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solid-state candiru is that the

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reduction in this indicator has led to the fact

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that it has become possible to use less

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capacitive capacitors and, accordingly,

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smaller sizes. The same conditions also have the

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advantage of these capacitors that they are less

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sensitive to temperature changes and which

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means that the long service life of such a

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capacitor will be much longer and you won’t

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have to replace it often. You can also

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try replacing cheap electrolytic capacitors or

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you too with electrolytic

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capacitors only VSR markings. These

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will be higher quality reliable

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capacitors that will last a long time.

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There are also tantalum capacitors,

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this is also a subtype of electrolytic

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capacitors; use is necessary

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exercise caution as they

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are prone to catastrophic

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failure even when exposed to

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voltage pulses with an amplitude only slightly

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greater than the rated operating

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voltage.

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Tantalum candida have a high

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capacitance rating and have excellent

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temporary stability. They are smaller in

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size than aluminum

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electrolytic candida of the same capacity,

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but aluminum electrolytes can

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withstand more. high maximum

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voltages due to the low leakage current

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stability of the high capacitance tantalum and are

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often used in sample

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storage circuits that require a

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minimum leakage current for

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long-term charge storage and

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due to their small size and

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long-term stability they are

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used for filtering along

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power circuits. Now let’s take a closer look at

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obscure capacitors and Let's start with

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ceramic, there are two main

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types of ceramic Candida capacitors:

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multilayer SMD capacitors and conventional

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ceramic disk capacitors are

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very popular and widely

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used in electronic devices

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because they have high

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stability and low losses,

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they have low series

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resistance and a minimum

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nominal error compared to those

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electrolytic tantalum

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capacitors and at the same time their

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maximum capacity is small and

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reaches only a few tens of

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microfarads, but due to the high specific

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capacitance they have very small dimensions and are

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excellent for placement on

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printed circuit boards since they are non-polar they

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can be used in AC circuits

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current and they are widely

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used as universal

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capacitors for example for

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high-frequency decoupling filtering

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tuning resonators or suppressing

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electromagnetic interference ceramic

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counterparts are divided into two classes

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Class 1 is an accurate tolerance plus or minus five

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percent stable capacitors with a

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minimal dependence of capacitance on

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temperature but their maximum capacitance is

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generally limited just a few minutes

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anaphora to the lady since they are accurate and

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stable, they are most often used in a

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system with frequency regulation;

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ceramic capacitors of the second class are

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less accurate but provide a

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higher specific capacitance ratings of up to

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tens of microfarads and therefore are

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suitable for filtering decoupling. Among the

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disadvantages, a large

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voltage coefficient can be noted, for example, even when a

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voltage equal to half the

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working voltage is applied, a decrease in

00:09:03

capacitance by 50 percent is usually observed. In general,

00:09:05

there are many subtypes of classes of

00:09:07

ceramic capacitors x 5 x mr y5

00:09:11

ii if you are interested in

00:09:12

understanding this, write in the comments I

00:09:14

will make a video about this now about film

00:09:16

capacitors

00:09:17

these are also non-polar capacitors their

00:09:19

disadvantage which does not have a lower

00:09:21

capacitance density than the same

00:09:23

electrolytic ones, that is, with the same

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size, their capacitance will be smaller, but

00:09:27

they have noticeably less weight, which allows you

00:09:29

to increase the permissible ripple current and

00:09:31

also film capacitors are more tolerant of

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overvoltage surges if

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energy accumulation is not the main task then

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film capacitors are superior to

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electrolytic ones, for example, for a

00:09:41

low-voltage sense of direct current, it

00:09:43

is necessary to install capacitors capable of

00:09:45

passing ripple currents of

00:09:47

hundreds and sometimes thousands of amperes; in this

00:09:49

case, a low value for the purpose is a

00:09:51

key parameter; in addition, film

00:09:54

capacitors are well suited for use in

00:09:55

high-voltage equipment;

00:09:57

their maximum permissible the voltage

00:09:58

reaches several thousand remote control

00:10:01

when electrolytes this indicator is

00:10:03

limited and the finishing value is also a film

00:10:05

capacitor and is often used in circuits

00:10:07

with an analog-to-digital converter,

00:10:09

usually their capacitance is measured from

00:10:11

picofarads to hundreds of nanofarads also

00:10:13

strange capacitors are

00:10:15

mica capacitors, they are characterized by

00:10:17

low losses, high

00:10:19

stability and have excellent

00:10:21

characteristics at high frequencies,

00:10:23

they are effective when working as part of

00:10:25

radio frequency circuits, but they are very expensive,

00:10:27

therefore, ceramic capacitors are often used in low-power

00:10:37

devices; however, mica capacitors, due to their high breakdown voltage, remain practically irreplaceable for such devices as, for example,

00:10:39

high-power radio transmitters, as you can see for each

00:10:41

type of capacitor it has its own task, which

00:10:44

it copes with better than another type of

00:10:46

capacitor, which is why we see such a

00:10:48

variety of types and classes of different

00:10:50

capacitors, and replacing one type

00:10:52

of capacitor with another is not always a

00:10:54

good solution; capacitors of

00:10:55

almost any type can be found on

00:10:58

Ali Express; there are the most profitable brothers;

00:11:00

they are sold for a whole month, for example.

00:11:02

electrolytic of various denominations

00:11:04

and voltages there are glory and sir

00:11:06

capacitors solid-state tantalum

00:11:09

ceramic smd ceramic everything

00:11:11

can be found there, of course, film

00:11:13

and mica also for the operation of

00:11:15

capacitors you may need

00:11:17

such a device, the so-called LSR

00:11:19

transistor meter, with the help of it you can

00:11:21

determine the nominal value and with any

00:11:23

capacitor, and indeed many

00:11:25

radio components, there are also multimeters

00:11:27

that allow you to measure the capacitance of

00:11:28

capacitors, it can be very convenient to link

00:11:31

to them on capacitors and, in general, to a

00:11:33

lot of interesting things that will be useful

00:11:35

when doing electronics, I will leave them in

00:11:37

the description under the video, the sellers are reliable, but

00:11:39

you can like them this will help

00:11:41

promote the channel, videos will be released

00:11:43

more often, write in the comments so that it is still

00:11:46

interesting to learn about electronics,

00:11:48

go to our trigram channel funny

00:11:49

drone, we also have various

00:11:51

interesting things about electronics and of course

00:11:53

subscribe to this YouTube channel

00:11:55

amateur radio, then you are ahead of us

00:11:57

planned a lot of interesting things, but if

00:11:58

you don’t subscribe, you’ll miss the new video, but I

00:12:01

’ll say goodbye to you all for now

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