B82472P6222M000

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Fixed inductors, also known as choke coils, are electrical components constructed with one or more wire windings. Most are manufactured using iron-based cores, usually in a cylindrical shape but some have different shapes, such as a toroid. They have several important features, such as the ability to store energy in the form of a magnetic field, and the ability to filter signals, allowing only certain frequencies to pass through. The electrical property of fixed inductors can range from low to high reactance.

The B82472P6222M000 is a type of fixed inductor designed for use in spacecraft. It is a high frequency, miniature multi-turn coil designed for high-sensitivity radios and radar systems. Its main feature is its low DC resistance, which allows it to be used at high frequencies, providing better performance than traditional fixed inductors. It has a maximum resonance frequency of 28 GHz, which allows it to filter signals and prevent unwanted signals from passing through.

The B82472P6222M000 has a low self-resonant frequency and high Q-factor, which make it ideal for applications such as radio receivers, general-purpose filtering, and military applications. Its low-inductance design is suitable for use in high-frequency circuits, where traditional inductors cannot perform. The inductor can be used at high current levels, and its thin-film design makes it resistant to thermal and mechanical shock.

The B82472P6222M000’s working principle is based on Faraday’s law. This law states that when a current-carrying conductor is moved in a magnetic field, a voltage is induced in the conductor. This voltage is proportional to the rate of change of the magnetic field, and the size of the conductor. In the B82472P6222M000, an external current is passed through the conductor, which produces a magnetic field that can be used to store energy. The energy stored in the magnetic field is then released when the current flow is reversed, resulting in an induced current in the conductor.

The B82472P6222M000 is a high-performance fixed inductor designed for a variety of space applications. Its small size, low DC resistance, and high frequency capabilities make it an ideal choice for spacecraft systems. Its Faraday law-based working principle allows it to filter and store information, providing improved performance over traditional inductors. The miniature design also provides a space-saving advantage, making it suitable for satellite applications.

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