GLN3R3KAT1A

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Fixed inductors are electronic components that store energy by creating an electromagnetic field when a current passes through it. The application of GLN3R3KAT1A in this field is unique and its working principle is quite intricate. GLN3R3KAT1A is a compact ceramic chip inductor with very small size and reduced mounting area. It is specially designed for automated surface mount applications like mobile phones, computers, new media and other electronic devices.

The working principle of GLN3R3KAT1A can be understood by looking at the construction of the chip inductor. It is mainly composed of a rectangular copper coil wrapped around a ferrite core material. The core material is made up of powdered magnetic metal particles, which are coated with a dielectric material. The rectangular copper coil is also insulated with a dielectric material to reduce its size. The combination of these materials provides an inductor with high frequency, low parasitic inductance and high bandwidth capabilities.

When electric current flows through the chip inductor, the core material and the copper coil produce an electromagnetic field. This electromagnetic field creates an impedance between the positive and negative sides of the chip’s terminals. The impedance is equal to the inductance of the inductor. This inductance helps to restrict the AC current flow and helps to improve the current conduction by lowering the DC resistance.

The GLN3R3KAT1A fixed inductor can also be used as a filter component. By connecting the chip inductor in a series or parallel arrangement, different filter frequencies can be generated. The series inductormas a high inductance value, while the parallel inductors commonly have smaller values. This can effectively block certain frequencies, allowing components with a high operating frequency to function properly.

GLN3R3KAT1A is an ideal choice for many applications due to its small size, low profile and high frequency characteristics. The inductor can be used in various electronic devices, including cell phones, computers, new media, and automotive and home appliances. It can be installed easily as it does not require any extra space for its mounting area and can provide high quality performance with minimal power dissipation. Its working principle makes it an important component in various electronic applications.

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