LHF15BB820K

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Fixed inductors are one type of electronic components that store energy in the form of a magnetic field when the flow of electrical current passes through it. The LHF15BB820K is a type of fixed inductor with many different uses and operating principles.

The main application fields of the LHF15BB820K are power supply noise suppression, detection circuits, and DC-DC converters. These usages are based on the component’s ability to attenuate electrical noise while still allowing signals to pass and providing stable current levels and efficiencies. In addition, its responsive nature to its environment makes it a great choice as detection circuits for when more delicate signals are being used.

The working principle of the component is based around its dual-wound structure. It is wound with two coils of wire that overlap each other. The main current passes through the inner coil while the applied voltage passes through the outer coil. The interaction between the two creates the magnetic output that can then be used as desired.

The core material of the component is ferrite, which is composed of compounds like iron oxide and ceramic-based material. The ferrite core helps to ensure that both linearity and stability are maintained and that strong magnetic fields are generated. Heat-resistant rubber is used around the core to protect the wires and ensure that the winding does not get damaged.

The component is also designed with precise measuring specifications to allow it to be implemented in various applications. Its measurements include an inductance range of 8 to 20 µH, a rated current up to 0.7A, and an SRF ranging from 35.6 to 17.2 MHz. These numbers represent the component’s ability to achieve peak performance and meet the requirements of specific applications.

In conclusion, the LHF15BB820K is a type of fixed inductor that is suitable for use in power supply noise suppression, detection circuits, and DC-DC converters. Its unique dual-wound design and ferrite core material allows it to gain precise levels of linearity and stability to meet different application requirements. Its measurable parameters are also optimized to provide peak performance in any given application.

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