Difference Between Active and Passive Components Singapore

There are mainly two different types of electrical components available in the market. They are known as active components and passive components Singapore. Even though these two components are significantly different from each other character-wise most people still get confused about them. To help them out, we have defined all the differences between these two components in the following section of this article. Check it out to know more about the differences between these two components.

Active Components

Active components are a part of the circuit that generally depends on an external power source for modifying and controlling electrical signals. Examples of popular active murata ceramic resonator are transistors, generators, diodes, etc.

Passive Components

These components are electronic elements that cannot generate energy to stop passive components that are only able to receive energy. It cannot absorb, dissipate or Store the energy in any magnetic or electric field. Also, these components do not need any electrical current to complete their functions. From the name itself you can understand that passive components will never be able to produce any amplification or gain. These components cannot oscillate, amplify or generate an electrical signal by themselves. Inductors capacitors resistors Transformers etc are popular examples of passive components.

Inductors

An inductor is one of the passive elements that you can find in a circuit. One of the features of an inductor is that it can store energy in a magnetic field full stop if the energy flow to the circuit stops suddenly the inductors can deliver that stored energy to the circuit. However, it cannot do this task continuously. The energy storing and delivering capacity of an inductor is very transient and Limited in nature. That is one of the reasons why an inductor is considered a passive element of the circuit.

Resistors

As the resistors cannot produce any energy by themselves it is considered a passive component. The resistors can only e receive the energy. The Ken dissipates this energy into heat as long as the current is flowing through them.

Capacitors

Even though a capacitor can store energy in an electric field it cannot produce it. That is why the capacitors are considered passive elements. The energy dealing capacity of the capacitor is extremely Limited. That denotes the fact that a capacitor cannot supply energy e continuously. It can store and deliver it when required.

Transformers

Transformers are also a kind of passive component as they can only raise the voltage level but do not create any energy.

All in all, it can be said that even though there are some superficial differences between these two components, both of them are necessary to ensure the functionality of electronic devices.