MIL4922-05L

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Fixed Inductors are components with a stationary wire coil that functions as an inductor – a passive electronic component that stores energy in a magnetic field when a current passes through it. MIL4922-05L is one of the most efficient fixed inductor components available in the market today. It consists of a toroidal ferrite body with an insulated conductive winding surrounding it. The unique design of MIL4922-05L makes it capable of handling high current levels with minimal losses.

The MIL4922-05L is primarily used in power supply circuits as a choke, or inductor, such as in the filter circuits for a switching power supply. The inductor helps limit the current and regulate its flow, as it stores energy in its magnetic field. This means it can absorb and release energy faster than a capacitor, and so its applications are more prevalent in power supplies and other power systems. It is also used in medical equipment, digital signal processing systems and various other electronic applications.

The MIL4922-05L working principle is based on Lenz’s Law, which states that the induced electrical current in a wire coil is in the direction that opposes the current that is driving it. The coil of the MIL4922-05L is already wound in a circular form which helps the inductor to act as an efficient filter. Whenever a higher current is found in the circuit, it induces another current in the coil to oppose the incoming current and this current then slowly dissipates in the circuit.

The MIL4922-05L inductor also has a lower stray radiation than other types of inductors. This is because of its high saturation flux density. This increases the ability of the inductor to store electrical energy and helps to reduce power losses in applications that handle higher currents. Its design also allows for a low DC resistance, reducing heat dissipation.

The MIL4922-05L is a very cost-effective inductor component that is often used in switching power supplies, power circuits and other electronic applications. It is capable of handling high currents with minimal power losses, has a lower stray radiation compared to other inductors, and a low DC resistance. All these factors combined make the MIL4922-05L ideal for power supply applications, medical equipment and digital signal processing systems.

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