MIL4922-48L

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Fixed inductors are electrical components which are designed to provide a predetermined amount of inductance, necessary for the proper functioning of a circuit. MIL4922-48L is an example of a fixed inductor for which the applications and working principles will be explored in more detail.

Application Fields: MIL4922-48L is suitable for use in a number of applications including motion control, power management, motor control, alternative energy, and low voltage lighting. It is primarily used for low current power electronics, where a certain amount of inductance must be present for the optimal functioning of the circuit. It also provides high efficiency and low power dissipation in varying temperatures.

Form Factor: The MIL4922-48L is a surface-mountable device and is manufactured in a 5.8mm x 6.2mm package with a maximum height of 0.9mm. This driver is able to withstand temperatures from -55°C to +125°C.

Working Principle: The MIL4922-48L works on the principle of mutual inductance. It consumes an electrical current and produces a magnetic field. The presence of the magnetic field induces a voltage in the conductor. This induced voltage is proportional to the rate of change of the current in the primary winding. The magnitude of the voltage induced depends on the number and shape of the windings, the number of turns, and the size of the core material. The current induced in the secondary winding is in the same direction as the current in the primary winding, unless the direction is reversed.

Efficiency: The MIL4922-48L operates with high efficiency and low power dissipation over varying temperatures. This makes it an ideal choice for applications where efficiency is important. The devices possess a unique structure, having been designed to have low leakage-currents without any current-limiting device. This, combined with its low-power HVSO package, increases efficiency and reduces power loss.

Conclusion: The MIL4922-48L fixed inductor is suitable for a wide range of applications, making it an ideal choice for many applications such as motion control, power management, motor control, alternative energy, and low voltage lighting. The device operates by using the principle of mutual inductance and can operate with high efficiency and low power dissipation. The HVSO package and low leakage current design make it one of the most attractive choices for low current power electronics applications.

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