PG0087.332NL

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Fixed inductors, also known as chokes, are typically used to store energy in their magnetic fields, block currents or suppress noise. They can also be used to find a load impedance match, as they offer a known variable resistance while still exhibiting the same inductance value across the frequency of its operation. The PG0087.332NL is an example of these types of inductors, and this article will give an overview of its application field and discuss its working principle.

The PG0087.332NL is a surface-mount inductor, which means that it is designed for easy installation and is resistant to vibrations and shocks, making it a suitable solution for automotive, military and aerospace applications. It is constructed with a ferrite core and a magnetically shielded bobbin, allowing it to handle high currents while suppressing interfering noise from 40MHz-300MHz. Its resistance is rated at 33mΩ and it has an inductance of 87µH, making it suitable for wide range of electronic applications.

As mentioned above, the primary use for the PG0087.332NL is for storing energy in its magnetic field. When a current is applied, it creates a magnetic field around the inductor, which acts as a buffer to store and release energy. This process is known as inductance, and it is essential for many electronic systems, such as regulated DC power supplies and RF filters. The PG0087.332NL’s inductance can be controlled by adjusting the value of the current supply, allowing its use in dynamic applications like surge protection and transient detection.

Another common use for the PG0087.332NL is for blocking current in one direction while allowing current in the other. This is because the applied current creates a magnetic field, which opposes the flow of current, forcing it to go in the other direction. This is useful for regulating the flow of current and ensuring that the current is going in the right direction.

Finally, the PG0087.332NL can be used to suppress noise. The presence of a current flowing through an inductor causes electromagnetic fields, which can cause interference to nearby circuit components. These fields can be neutralised with the use of a ferrite core inductor such as the PG0087.332NL, which acts as a shield and reduces the amount of interference. This feature is especially useful in high-frequency applications such as radio frequency communication.

In conclusion, the PG0087.332NL is an example of a fixed inductor that can be used in a wide range of applications. It is particularly useful for regulating current, storing energy in a magnetic field, and reducing electromagnetic interference. With its low resistance and high inductance value, it is an effective and reliable solution for many different electronic systems.

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