Capucter kiya hai & kese kam karta hai (in English)
Do you know what this capacitor is?
Capucter in English
If not, then today's article is going to be very interesting for you. If you have never seen Capacitor then go outside your house and you will definitely see Capacitor in the sky. You must be thinking that what am I talking like crazy, but I am not doing it at all because what I am talking about is nothing but clouds flying in the sky. Yes friends, these clouds are also a type of capacitor. How do they happen? If you want to know then you have to read this article completely what is capacitor in hindi.
Capacitors (also called condensers), are energy-storing devices widely used in televisions, radios, and other types of electronic equipment. Whether it is to tune your radio in a station, or flash for photos from a digital camera, or flick channels on your HDTV, we make good use of capacitors in all these places. Like I have said before that Clouds also work in the same way as Capacitors used in electronic circuit, the only difference is that they are very large as compared to electronic capacitor. Let us further get all the information related to capacitors in this article. So without delay let's start what is capacitor.
What is capuctor
Capacitor There are passive electrical components that store electric energy. These were earlier known as condensers. A capacitor is made up of electrical conductors and are separated by insulators. This insulating layer is called dielectric. Although the same basic principle components are used in all capacitors, but the choice and configuration of the material are different from each other. These are very common elements of any electrical or electronics circuits. For example, they are used only to allow AC current only and to block DC current, while in some places for a smooth power supply output.
Capucter kese kam karta hai
A capacitor is capable of storing energy in an electrostatic field that is generated by creating a potential difference across the coductors. Therefore, when a conductor is given voltage across, then positive charge is collected in one plate of the capacitor and negative charge in the other. That's why physicists believe that a capacitor works by storing energy electrostatically in any one electric field.
The ratio of Electric Charge and potential difference (voltage) is called capacitance. It is measured in farads (unit). This is the most important parameter to describe a capacitor. Capacitance is highest when the distance between the conductors is minimum and the surface of the conductors is maximum. Ideal capacitors are only in theory, which are completely described by capacitance, but some limitations exist in the real world. For example, conductors and lead wires produce parasitic inductance and resistance. Whereas the static electric field has its own limit of maximum strength, which is described by breakdown voltage, as well as the current that leaks from the dielectric is called leakage current.
Capucter ke parker
Home Technology
What is a capacitor and how does it work?
Do you know what this capacitor is (Capacitor in Hindi). If not, then today's article is going to be very interesting for you. If you have never seen Capacitor then go outside your house and you will definitely see Capacitor in the sky. You must be thinking that what am I talking like crazy, but I am not doing it at all because what I am talking about is nothing but clouds flying in the sky. Yes friends, these clouds are also a type of capacitor. How do they happen? If you want to know then you have to read this article completely what is capacitor in hindi.
Capacitors (also called condensers), are energy-storing devices widely used in televisions, radios, and other types of electronic equipment. Whether it is to tune your radio in a station, or flash for photos from a digital camera, or flick channels on your HDTV, we make good use of capacitors in all these places. Like I have said before that Clouds also work in the same way as Capacitors used in electronic circuit, the only difference is that they are very large as compared to electronic capacitor. Let us further get all the information related to capacitors in this article. So without delay let's start what is capacitor.
sequence show
What is Capacitor
Capacitors are passive electrical components that store electric energy. These were earlier known as condensers. A capacitor is made up of electrical conductors and are separated by insulators. This insulating layer is called dielectric. Although the same basic principle components are used in all capacitors, but the choice and configuration of the material are different from each other. These are very common elements of any electrical or electronics circuits. For example, they are used only to allow AC current and to block DC current, while in some places they are used for a smooth power supply output.
how capacitors work
A capacitor is able to store energy in an electrostatic field, which is generated by creating a potential difference across the coductors. Therefore, when a conductor is given voltage across, then positive charge is collected in one plate of the capacitor and negative charge in the other. That's why physicists believe that a capacitor works by storing energy electrostatically in any one electric field.
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The ratio of Electric Charge and potential difference (voltage) is called capacitance. It is measured in farads (unit). This is the most important parameter to describe a capacitor. Capacitance is highest when the distance between the conductors is minimum and the surface of the conductors is maximum. Ideal capacitors are only in theory, which are completely described by capacitance, but some limitations exist in the real world. For example, conductors and lead wires produce parasitic inductance and resistance. Whereas the static electric field has its own limit of maximum strength, which is described by breakdown voltage, as well as the current that leaks from the dielectric is called leakage current.
types of capacitors
Although there are many types of capacitors, but I have provided information about some important capacitors below:
Ceramic capacitor: This type of capacitor is used in many applications whether it is audio or RF. Their values range from picofarads to 0.1 microfarads. These ceramic capacitors are generally used mostly because they are cheap and reliable, along with their loss factor is very low.
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Home Technology
What is a capacitor and how does it work?
Do you know what this capacitor is (Capacitor in Hindi). If not, then today's article is going to be very interesting for you. If you have never seen Capacitor then go outside your house and you will definitely see Capacitor in the sky. You must be thinking that what am I talking like crazy, but I am not doing it at all because what I am talking about is nothing but clouds flying in the sky. Yes friends, these clouds are also a type of capacitor. How do they happen? If you want to know then you have to read this article completely what is capacitor in hindi.
Capacitors (also called condensers), are energy-storing devices widely used in televisions, radios, and other types of electronic equipment. Whether it is to tune your radio in a station, or flash for photos from a digital camera, or flick channels on your HDTV, we make good use of capacitors in all these places. Like I have said before that Clouds also work in the same way as Capacitors used in electronic circuit, the only difference is that they are very large as compared to electronic capacitor. Let us further get all the information related to capacitors in this article. So without delay let's start what is capacitor.
sequence show
What is Capacitor
CapWhat is Capacitoracitors are passive electrical components that store electric energy. These were earlier known as condensers. A capacitor is made up of electrical conductors and are separated by insulators. This insulating layer is called dielectric. Although the same basic principle components are used in all capacitors, but the choice and configuration of the material are different from each other. These are very common elements of any electrical or electronics circuits. For example, they are used only to allow AC current and to block DC current, while in some places they are used for a smooth power supply output.
how capacitors work
A capacitor is able to store energy in an electrostatic field, which is generated by creating a potential difference across the coductors. Therefore, when a conductor is given voltage across, then positive charge is collected in one plate of the capacitor and negative charge in the other. That's why physicists believe that a capacitor works by storing energy electrostatically in any one electric field.
What is compressor and its types
what is alternator
What is data and its types
The ratio of Electric Charge and potential difference (voltage) is called capacitance. It is measured in farads (unit). This is the most important parameter to describe a capacitor. Capacitance is highest when the distance between the conductors is minimum and the surface of the conductors is maximum. Ideal capacitors are only in theory, which are completely described by capacitance, but some limitations exist in the real world. For example, conductors and lead wires produce parasitic inductance and resistance. Whereas the static electric field has its own limit of maximum strength, which is described by breakdown voltage, as well as the current that leaks from the dielectric is called leakage current.
types of capacitors
Although there are many types of capacitors, but I have provided information about some important capacitors below:
Ceramic capacitor: This type of capacitor is used in many applications whether it is audio or RF. Their values range from picofarads to 0.1 microfarads. These ceramic capacitors are generally used mostly because they are cheap and reliable, along with their loss factor is very low.
Electrolytic capacitor: This type of capacitor is often
polarized. They can offer very high capacitance values – typically above 1μF, and they are often used more in low frequency applications – such as power supplies, decoupling and audio coupling applications, as they have a frequency limit if they are around 100. kHz be then.
Tantalum capacitor: Like electrolytic capacitors, tantalum capacitors are also polarized and provide very high and high capacitance levels in their volume. But these types of capacitors are absolutely intolerant towards reverse biased, and often explode when they are placed under stress. Also, they should not be used in high ripple currents and voltages. These are available in both leaded and surface mount formats.
Silver Mica Capacitor: Silver mica capacitors are not used much anymore, but they provide very high levels of stability, low loss and accuracy where space is not an issue. They are used primarily in RF applications and their maximum values are limited to 1000 pF only.
Polystyrene Film Capacitor: Polystyrene capacitors are very cheap form of capacitor but offer close tolerance capacitor when they are needed. These are tubular in shape where the dielectric is rolled sandwiched between the two plates, but this gives them the ability to limit the frequency response of inductance to a few hundred kHz. These are only available as leaded electronics components.
Polyester Film Capacitor: Polyester film capacitors are used where the cost gets a lot of attention as they do not offer very high tolerance. Many polyester film capacitors have a tolerance value of 5% or 10%, which is sufficiently adequate for most applications. These are only available as leaded electronics components.
Glass capacitors: As the name suggests, glass is used as dielectric in this capacitor. Although they are very expensive, but still these capacitors offer very high levels of performance in terms of extremely low loss. High RF current capability, no piezo-electric noise and other features make them ideal for many performance RF applications.
Supercap: It is also called supercapacitor or ultracapacitor, because these capacitors have a very large capacitance value, which can be up to about several thousand Farads. They are mostly used in memory hold-up supply and automotive applications.
What is Capacitance and how to increase it
The amount of electrical energy a capacitor can store is called capacitance. The capacitance of the capacitor is like a bucket of water, meaning that the bigger the bucket, the more water can remain in it, in the same way the bigger the capacitor, the more charge can remain in it.
There are mainly three ways to increase the capacitance of the capacitor.
Surface Area – Surface area is written as A, which means that the two conductive plates that make up the capacitor, then the bigger the area, the bigger the capacitance will be.
Distance – Distance is written as d, it means that the smaller the distance between two conductive plates, the bigger the capacitance will be.
Dielectric Material – The material between these two plates, which separates both the plates, which is also called Dielectric, then the higher the permittivity of this dielectric, the higher will be its capacitance.
How is Capacitance Measured?
Capacitor size is measured in units called farads (F), named after English electrical pioneer Michael Faraday (1791–1867). One farad is a very high amount of capacitance, so most capacitors only use a few fractions of a farad typically microfarads (millionths of a farad, written µF), nanofarads (thousand-millionths of a farad written nF), and picofarads (millionths of a farad, written pF).
Standard Units of Capacitance
Microfarad (μF) 1μF = 1/1,000,000 = 0.000001 = 10-6 F
Nanofarad (nF) 1nF = 1/1,000,000,000 = 0.000000001 = 10-9 F
Picofarad (pF) 1pF = 1/1,000,000,000,000 = 0.000000000001 = 10-12 F
what does a capacitor do
Do you know what happens to the capacitor? We can use capacitors in many tasks. Let's get a little information about them.
1. Capacitors are used to store charge, so it is used as a flash in the camera. Also Big lasers use the same technique for very bright and instantaneous flashes.
2. Capacitors are used to remove ripples. If there is a line going through DC voltage and has ripples or spikes, then these peaks can be easily removed by using a large capacitor.
3. Capacitor can block DC voltage. So if you put a small capacitor in a battery, then there will be no current flow between the two poles of the battery once that capacitor is charged.
Conclusion
I hope I told you guys what is capacitor? Gave complete information about it and I hope you people must have understood about What is Capacitor in Hindi. If you have any doubts about this article or you want that there should be some improvement in it, then you can write low comments for this. From these thoughts of yours, we will get a chance to learn something and improve something. If you liked this post of mine or you got to learn something from it, then please share this
post on social networks such as Facebook, Google+ and Twitter etc. to show your happiness and eagerness.
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