L-07C5N1KV4T

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Fixed Inductors, such as L-07C5N1KV4T, are vital components in many circuit applications, from automotive to medical and industrial electronics. They are used to create coils of wire for inductive coupling, filtering, EMI shielding and protection, telecommunications, testing, and control circuits for motor speed control, DC-to-DC conversion, and more. As inductors, fixed inductors come in various forms, including surface mount, air-cored, toroidal and high-voltage types.

The L-07C5N1KV4T is a surface mount inductor made with a 9-pin design style. It has a glazed pin, which stands for nickel plated copper, and is made from high quality materials for long-term performance. The inductance is 0.7μH, with a shift of 5% or less, and it works with a maximum DC current of 7.7A. The product weighs 3.3g, and features an operating temperature range of -25℃ to +85℃.

How a fixed inductor works is based on Faraday’s law of electromagnetic induction. This states that when a current flows through a wire, it creates a magnetic field. This field is then changed by an external influence, such as a material in close proximity to the wire, or by a changing current. In a fixed inductor, this influence is made by a looped piece of wire, or coil, with a wire that passes through its center. When current runs through the first wire, it creates a magnetic field that creates a current in the looped wire, thus creating an induced current.

Fixed inductors like the L-07C5N1KV4T are a critical component in circuit design, and they offer features, such as low power consumption, and long-term performance, which makes them very efficient and reliable. They can be used in various automotive, medical and industrial applications, and due to their small size, they are perfect for mounting in tight spaces. The L-07C5N1KV4T features a 9-pin design style and 0.7μH inductance, along with a maximum DC current of 7.7A, making it an ideal choice for circuit applications.

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