FP1108L4-R120-R

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Fixed inductors are an important component of electronic circuits and are used in various electronic circuit applications such as power supply, radio equipment, and filtering. The FP1108L4-R120-R is a fixed inductor created by Claricon that is made specifically for compact applications. It is compact in size, high in quality, and has a long life span.

The FP1108L4-R120-R is a small, surface-mount device, measuring in at just 12mm X 8.4mm X 5.5mm. The inductor is created with a multilayer construction that has a winding made from high-grade aluminum wire. This winding is isolated with resin, which gives the inductor added durability. The FP1108L4-R120-R also features two different configurable ports, which enables it to be used in different applications.

One of the primary application fields for the FP1108L4-R120-R is EMI suppression. This fixed inductor is designed to suppress EMI (electromagnetic interference) quickly and effectively while still being able to provide a high level of power. The FP1108L4-R120-R also finds use in power applications, such as DC-DC converters, server power supplies, and AC-DC converters.

In addition to its application fields, the FP1108L4-R120-R also features a solid working principle. The fixed inductor produces a magnetic field through the winding of the device, which in turn produces a current in the inductor. This current in the inductor creates a magnetic field that leaves the core. As a result, the core is able to store energy due to the gain in magnetic field. This stored energy is then used to produce steady levels of current and voltage, enabling the fixed inductor to regulate the current and voltage to a certain extent.

In conclusion, the FP1108L4-R120-R is a compact and high-quality fixed inductor from Claricon. It has two different configurable ports, making it suitable for applications such as EMI suppression, DC-DC converters, and power supply applications. The inductor also works on a solid principle, using the energy stored in its core to regulate the current and voltage to a certain extent.

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