B82472P6105M000

Fixed Inductors

A fixed inductor is an electrical component consisting of an insulated wire wrapped around a core, usually a ferrite core or a toroid, and is used to store electrical energy or create electrical filter networks. The B82472P6105M000 Inductor is a convenient and reliable form of fixed inductor. This unit offers high inductance values for a current range of 1.27A to 2.75A.

Application Field

The B82472P6105M000 Inductor is often used in production in telecommunications, industrial electronics, and medical device applications. It is ideal for its impedance compensation capabilities, and its ability to reduce high frequency noise. Additionally, it is commonly used in switching power supply circuit design, for both series and complementary circuits. Additionally, it can be used in a variety of applications requiring inductor-based components.

Working Principle

The B82472P6105M000 Inductor works in much the same way as other inductors. An electromagnet is created when electrical current passes through the wire which induces a magnetic field around it. This magnetic field then causes a proportional amount of inductance due to Faraday’s law of induction. Inductors are used in many circuits requiring impedance-matching, low pass filtering, and energy storage.

The unit is highly efficient in its current range, consuming low current while providing high inductance. Its ferrite core construction makes the device very robust and effective even when subjected to extreme currents, temperatures, and voltage. Additionally, its curved construction allows for higher saturation flux levels while limiting the total inductance. This makes the B82472P6105M000 Inductor an effective and reliable inductor solution.

Overall, the B82472P6105M000 Inductor is a popular and reliable form of fixed inductor due to its affordability and effectiveness. It is used in applications where efficient high frequency noise reduction and impedance-matching are desired. It is capable of withstanding extreme temperatures, currents, and voltages, and has a curved construction which allows for optimized performance. This makes it a convenient and reliable choice for many different application fields.