MS75085-11SH

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Fixed inductors are passive components used to store energy when a current flows through them. The inductance is measured in henries and it is the resistance an inductor provides to alternating current and determines the strength of the magnetic field formed around the conductor when current passes through. An inductor will attempt to maintain any current that is passing through it at a constant level.

The MS75085-11SH is an inductor designed for high current applications. It is rated for up to 25A of current, and it has a low ESR, which is important for high current applications because it allows for higher frequency switching applications and better transient response. It also has a high saturation current and weight ratio, which makes it an ideal part for high density applications.

The MS75085-11SH is constructed of high permeability powdered iron and is covered in a black epoxy material. It also has second layer windings on the toroid to reduce interference from other components in the system. It further has a small self-inductance of 0.6 μH, making it suitable for coupling applications and what at the same time prevents saturation. The impedance and inductance are also excellent for AC applications.

The MS75085-11SH is designed for use in a wide range of applications, such as AC line filter applications, RF coupling applications, and voltage regulator modules. It also works as a power supply line filter, rejecting unwanted frequencies and protecting against voltage surges. It can also be used as an inductor in power converters to increase efficiency by providing low-resistance current flow.

The working principle of the MS75085-11SH relies on the electromagnetic properties of inductors. When a current is passed through the windings of the inductor, it will interact with the magnetic field which is created and stored in the core material. This magnetic field induces a counter-electromagnetic force which is opposed to the electric field of the current, causing the current to slow down.

The energy stored in the inductor is converted to heat as the current flows through the winding and the magnetic field dissipates. This heat generated must be dissipated and managed in order to prevent the part from over heating and risking a short circuit. The MS75085-11SH benefits from its low-ESR rating, as it slows down the current and thus reduces the resulting heat.

The MS75085-11SH is designed for high current applications and is constructed with superior materials. Its construction, low ESR, and high current rated make it suitable for a variety of applications and it is easy to see why so many applications are using this inductor for better power management.

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