PA5002.161NLT

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Fixed Inductors are often the most overlooked components in electronic circuitry. This is because of their function, which is to maintain current in a circuit at a set quantity and level, regardless of changes in the voltage or frequency of the circuit. The PA5002.161NLT is an example of the type of fixed inductors commonly used in electronic circuits, and is characterized by two distinct features. First, it is constructed so that there is a consistent current in the wire regardless of changes to the circuit. Second, it features an integrated second harmonic shunting capability, which helps to reduce noise created by its operation.

The PA5002.161NLT can be used in a variety of applications, most notably as an RF choke in high frequencies. As an example, it can be used to reduce noise created by switching applications, or can be used to reduce radiation by blocking interfering signals. Additionally, it can be used to reduce ground loop currents and is often used in industrial automation equipment.

The working principle of the PA5002.161NLT is straightforward. It features a core made from soft magnetic compounds, such as ferrite, and is wrapped in an insulated wire. The wire is connected to the circuit, and as current passes through, it causes the core to generate a magnetic field. This field, in turn, induces a corresponding EMF in the wire, which opposes the original current flow. In other words, the inductor limits the amount of current that passes through it.

The primary benefit of the PA5002.161NLT is that it\'s highly efficient and cost-effective. It produces minimal losses and has excellent thermal properties, making it a great choice for power electronics applications. Additionally, it features a low profile design which makes it easier to retrofit in existing applications.

In conclusion, the PA5002.161NLT is an excellent choice for a variety of fixed inductor applications. It features an efficient design which allows for a consistent current flow, while also featuring an integrated second harmonic shunting capability which helps to reduce noise. Additionally, it features a cost-effective construction, which makes it a great choice for a number of applications.

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