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Fixed Inductors

Inductors, sometimes called coils, are components that store energy in the form of magnetic fields. They have a wide range of uses in electronic circuits, from voltage regulation and communications to motor control and more. One such inductor is the PA2202.211NLT, which is designed for application in the field of Frequency Synthesis.

Application Field

The PA2202.211NLT is an axial-leaded, miniaturized inductor designed for Frequency Synthesis in high-frequency applications. It is well suited for use with ceramic capacitors, and is suitable for communication systems, microwave, radio, and TV broadcast systems, Industrial Electronics, and many other applications where frequency stability and accuracy are required. It is constructed using a ferrite core and sealed with resin, and is sealed to prevent environmental contamination.

Working Principle

Inductors work by using an electric current to create a magnetic field. When a conductive coil passes through this magnetic field, it causes an electromotive force or EMF, which, in turn, induces an electric current in the coil. This electric current is known as an inductance which the inductor is designed to maintain. The PA2202.211NLT is designed to maintain an inductance of 2202.211nH, making it suitable for use in high-frequency applications.

In order to maintain the specified inductance, the coil must be accurately wound and must maintain a controlled temperature over the specified environmental temperature range (usually 0° C to +35° C for the PA2202.211NLT). The inductance of the coil is also dependent on the permeability of the core material used, with ferrites providing ideal performance.

Conclusion

The PA2202.211NLT is an axial-leaded, miniaturized inductor designed for frequency synthesis in high-frequency applications. It is constructed using a ferrite core and sealed with resin, and is sealed to prevent environmental contamination. It is designed to maintain an inductance of 2202.211nH, making it suitable for use in high-frequency applications, such as communication systems, microwave, radio, and TV broadcast systems, Industrial Electronics, and many other applications where frequency stability and accuracy are required.

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