AISC-0402-3N9G-T

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Fixed Inductors are coil-based components that generally generate an electrical current within a closed loop of wire. The current and voltage relationships in a Fixed Inductor are similar to those of other inductors, except that the wire in a fixed inductor is permanently wound and does not vary with frequency. As the name suggests, this type of inductor is not adjustable and offers very specific inductance values. It is commonly used in power supplies, filters, and motor drives.AISC-0402-3N9G-T is an example of a fixed inductor. It is a surface-mount component, measuring 0.04” wide x 0.02” thick, and can handle up to 3N9G-T of current. It is typically used in switching power supplies, high-frequency noise suppression filters, and high current switching circuits.The working principle of a AISC-0402-3N9G-T fixed inductor is based on Faraday’s Law of Induction. This law states that when a current-carrying wire is placed in a changing magnetic field, a voltage will be induced along the wire. This phenomenon can be used to generate a current within a wire loop without the need for a power source. In the AISC-0402-3N9G-T, this is achieved by wrapping the wire around a core material, such as ferrite or iron-powder, which creates a steady magnetic field. This magnetic field will induce a voltage around the windings of the wire when it is exposed to a changing magnetic field, resulting in the production of an electrical current.In addition to its use as an inductor, the AISC-0402-3N9G-T can also be used as an AC noise filter. Its winding is designed to provide high attenuation in the frequency range of 10kHz to 200kHz, allowing the user to suppress high-frequency noise from switching power supplies and other electrical circuits.The AISC-0402-3N9G-T is an ideal choice for applications that require a reliable, high-current inductor. Its compact size and high current handling capability make it suitable for tight spaces, while its high frequency attenuation capabilities make it ideal for noise suppression.

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