LBC3225T150KR Inductors, Coils, Chokes

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Introduction to Fixed Inductors: Fixed inductors are electronic components that store and release energy through magnetic fields. They are typically designed with a number of windings of a wire around a core, usually of ferrite material, to create an inductor. Fixed inductors are used in a wide range of applications, from providing voltage, current, and power signals for radio communication to decoupling components in power supplies.

LBC3225T150KR Application Field and Working Principle: The LBC3225T150KR fixed inductor is designed to be used in applications such as switched-mode power supply, high-frequency DC-DC converter, and telecom power supply systems. It features a multilayer ferrite core that is wound with insulated wire, and offers a rated inductance of 150uH.

The working principle of the LBC3225T150KR fixed inductor is based on electromagnetic induction. The current in the coil induces a magnetic field, which in turn induces an electric field. This electric field is able to store and release energy through a sinusoidal waveform. This cycle of electrical energy is repeated in order to provide the desired output.

Advantages of the LBC3225T150KR: The LBC3225T150KR fixed inductor offers several advantages. It has a high rated inductance of 150uH, which allows it to be used in a wide range of applications that require high-frequency current. It also has a high saturation current of 4.5A and low DCR of 0.0496Ω, allowing for a higher power handling and faster switching times. Additionally, its inherent EMI/RFI attenuation characteristics make it the ideal choice for reducing noise in sensitive electronic circuits.

Conclusion: The LBC3225T150KR is a versatile fixed inductor designed to be used in applications such as switched-mode power supplies, high-frequency DC-DC converters and telecom power supply systems. Its high rated inductance, low DCR, and EMI/RFI attenuation characteristics make it an ideal choice for a wide range of applications that require high-frequency current and attenuation of interference.

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