B82141B1102K9

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Fixed Inductors

The B82141B1102K9 is a type of fixed inductor that is characterized by its multiple applications in electronics. This type of device is made using high-grade raw materials such as copper-clad lamination, baked polyester resin, and epoxy-encased magnets. It has a diverse range of uses in the fields of power conditioning, data communication, and computer processing.

Force of the fixed inductor is mainly dependent on the current flowing within the coil. When current passes through the coil, an electromagnetic field is created, causing the wire to push against the core material and create an inductive force. Consequently, a fixed inductor will maintain a constant inductance that is based on the winding configuration. This constant inductance allows for the device to store up electrical energy and then release it when needed.

The B82141B1102K9 can be used for various applications including power conversion, current-limiting electronics, and signal processing. It is notable for its high inductance values, which can range from 19.5 μH to 25.6 μH. This type of fixed inductor can also reach high capacitance ratings with values of up to 46 pF. Additionally, the device is also capable of providing stable frequencies even with rapid switching operations.

Because of its impressive results, the B82141B1102K9 is highly favored among those who need reliable electrical performance. It has low power dissipation abilities which makes it very efficient and energy saving. Its low-pass characteristics make it ideal for use in audio amplifiers and signal processing circuits. The device is also extremely reliable, thanks to its reliable mechanical construction and its high-grade raw materials.

In conclusions, the B82141B1102K9 is a fixed inductor that is capable of providing excellent electrical performance. Its versatile range of applications makes it a great choice for power conditioning, data communication, and computer processing. It is capable of handling high inductance and capacitance values, as well as providing consistent frequency outputs. Additionally, it is also noted for its low power dissipation abilities, reliable construction, and its energy-saving capabilities.

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