38S801C

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Fixed Inductors help to stabilize the current passing through circuits in various electrical and electronics applications. The 38S801C is a fixed inductor that is often used to reduce unwanted voltage fluctuations or voltage drops in circuits. This inductor is also used to minimize spurious signals or so-called higher frequency shunt capacitance in the circuit, making the product suitable for filtering or signal processing applications.

The 38S801C is a surface mount component that is compatible with the familiar pick-and-place SMT automated assembly process. This surface mount inductor is preferred for its low power consumption in the circuit, easy installation, and its excellent electrical parameters. The 38S801C typically features a temperature range of -40°C to +85°C, a self-resonance frequency of 25.3 MHz and an inductance range of 0.1 uH to 100 uH.

The working principle of the 38S801C is based on the concept of electromagnetic induction. This phenomenon occurs when a changing magnetic field generates an electric field which in turn induces an electrical current in a conductive coil. This type of inductor consists of a coil of wire wound around a central core of material, and can be of different types such as ferrite, powdered iron, air core, etc. A higher number of turns on the coil will create a higher inductance, which is measured in Henrys.

The 38S801C is a popular fixed inductor component used for various applications, such as electronic circuits, voltage regulator circuits, signal conditioning, radio frequency interference (RFI) reduction, etc. In motor control applications, fixed inductors help to limit the current and provide a smoother flow of power for motor starting. This particular type of inductor can also be used in medical and aerospace applications where high-frequency noise must be controlled to meet safety standards.

The 38S801C is a very efficient and reliable component in all applications. Its excellent electrical parameters, low power consumption, and convenient size make it a very popular choice for many applications. Additionally, its ability to reduce voltage drops and minimize spurious signals make it a good choice for those who require a high-end product for their circuits.

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