What is an Electronic Component?
In today's world, everywhere is full of electronic goods. We don't see the interior design, but in fact, even if the size or technology changes, electronic components, or electronic components as they are known, are used in each of them. No device will work without the right electronic components. Let's take a closer look at the details of the issue.
In the last century, the number of electronic goods has increased rapidly. So much so that there is almost no longer a tool that does not work with an electrical circuit. We don't see the interior design and we don't know what's going on inside, but each of these devices works thanks to the electronic component or electronic components as it is known. Depending on the device, the electronic component technology or the dimensions of the components may vary.
An electronic component is, roughly speaking, a circuit system that allows that device to receive electricity exactly at the current it should receive. You know, the internal part of a device burns out, it breaks down from excessive current; that's because of the wrong electronic component. If you're not an engineer or an electrician, you don't need to master the subject, but still, knowing how the electronic devices we use in all areas of life work can be life-saving in a place you never expected.
An electronic component, also known as electronic components, is the name given to a circuit system that helps an electronic device operate. All these components are placed in a small box, which, in general, is located inside the instrument, and then connected to the device. An electronic component is an industrial product and is different from other, usually abstract, electrical concepts.
Basically, we can talk about two different classes of electronic components. These are active and passive components. Both classes consist of different components. Even if we consider these components as two separate classes, it is not possible to take only one of them when installing an electrical circuit. Only when all these components work correctly as a whole do they form a successful system.
What is the electronic component useful for?
An electronic component refers to all the components that operate an electrical circuit system. They may have been produced in different sizes or with different technologies depending on the area in which they are used. Regardless, the goal is to ensure that a device operates without accumulation at any point of the internal assembly by receiving the most accurate current.
Components such as diodes, transistors, resistors, capacitors, inductors, LEDs are indispensable parts for the proper functioning of a circuit. The DC and AC power supply are the active components that provide the circuit with the energy it needs. Cathode ray oscilloscope and similar components make measurements and make sure that the most accurate current is always reaching.
Active electronic component:
Let's also talk about active components in general, which are one of the two classes of electronic components. The first is the transistor. The transistor is in charge of transferring resistance from one circuit to another. Thanks to the transistor, the current that is high at the input will be low at the output. It is a three-terminal component and can control the voltage current. Devices called voltage-controlled or current-controlled provide this service thanks to transistors.
The batteries we know are also considered as one of the active electronic component components. Their difference is that they produce energy as a result of the chemical reaction they create thanks to the chemical substances contained in them. They are extremely important because they can energize circuits where signals cannot be processed.
The cathode ray tube, which provides the formation of everything we see on the screen, is also considered one of the active electronic component components. The control of the component is carried out by an electron gun. When the gun is fired, the cathode ray hits the screen and illuminates, resulting in an image.
Passive electronic component:
Let's also talk about passive components, which are one of the two classes of electronic components in general. While the active components send the necessary energy to the circuit, the passive components are responsible for balancing this energy. For example, the resistor component stops exactly in the middle of the current path, creating an obstacle. The purpose of the resistor is to take on the task of a current limiter to ensure the operation of the active components without breakdown.
As one of the passive components, the inductor controls AC and DC currents, which are two different types of currents. It blocks AC current while passing DC current directly. Thus, it prevents AC current fluctuations from causing problems. Another purpose of the inductor is to create a magnetic field by storing energy.
The capacitor, which is a passive component because the energy load sent directly by the active components to the circuit will be heavy, stores this electric charge. It is often used in fields such as rectifier circuit, filter circuit, voltage regulator circuit. Basically, we can say that it filters the fluctuations created by AC current.
Where is the electronic component used?
I think it would not be wrong to say that it is used everywhere. Because the electronic component is used in all devices that are powered by electricity or battery, in short, by external energy. In fact, it has a very simple function, to ensure that the energy reaches the right place in the right current. Of course, the components used for this simple function can be amazing.
The electronic component system used in different devices may vary depending on the type of device. You may encounter components of different sizes produced using different technologies in the electronic component system of different devices. Of course, the electronic component system consists of much more complex details, but let's leave those details to the masters of the business.
