IHD3BH103L

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Fixed inductors are a type of electronic component used to store and regulate current in an electric circuit. The IHD3BH103L is a specific model of fixed inductor developed by Coilcraft. It is a high-current, low-profile surface mount inductor designed for use in a variety of power applications.

The IHD3BH103L has a number of components built into its construction. The core of the inductor is made of an iron-graded nickel-zirconia alloy, which provides a high level of intensity and heat-resistance. The winding of the inductor is composed of round enameled copper wire. This winding maximizes the signal-to-noise ratio and protects against corrosion, ensuring that the inductor is reliable. The components are sealed into a shielded cylinder which provides robust environmental protection. The cylinder also acts as a Faraday cage, containing any electromagnetic radiation.

The IHD3BH103L is capable of handling high current levels, up to 45A. This makes it suitable for applications where high currents must be regulated with precision, such as in automotive electronics and robotic control systems. Due to the low-profile design, the inductor is also well-suited to applications where space is restricted. The Faraday cage provides enhanced protection in the most stringent of environments, making the component suitable for industrial applications.

The IHD3BH103L inductor works by opposing the current running through it, also known as inductance. This opposing force increases or decreases the current depending on the direction it is flowing. This means that the inductor can regulate the current in an electric circuit, and can be used as part of a power management system. The inductor can also be used to filter out unwanted electromagnetic interference, and to store energy in the form of a magnetic field.

The IHD3BH103L is a versatile and reliable component and is suitable for a variety of power and signal-processing applications. With its high current handling capacity, low profile, and robust environmental protection, it is an ideal solution for applications where space and power efficiency are required.

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