SC10R10KT

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Fixed Inductors are widely used in many electronic circuits, especially in applications that involve high current and/or alternating current. The SC10R10KT is one such inductor, as it is used in the following applications: AC motors; power supplies, low power AC/DC converters, DC/DC converters, switching power supplies, and high-frequency voltage regulators.

The SC10R10KT is an EM-shielded inductor, and as such features a broad range of current capability. It typically has an inductance of 10uH ± 10%, with a rated current up to 10A. The core materials in this inductor allow it to handle a wide voltage range, up to 400V. It is also UL approved and offers exceptional performance on EMI susceptibility and radiation. Its construction consists of an epoxy-sealed tinned copper wire with a clear, non-conductive inner sleeve.

The working principle of the SC10R10KT is based on Faraday\'s law of induction. This law states that when a current-carrying wire is placed in a magnetic field, a voltage is induced in the wire, which is proportional to the rate of change of the magnetic flux through the coil. In the SC10R10KT inductor, when the current flowing through the wire coil increases, the wire coil develops an electromagnetic field, producing a voltage in the opposite direction to the original current flow. This process is known as back-EMF, and is what provides the inductance of the SC10R10KT in most circuits.

The SC10R10KT also features low DC resistance, meaning it is able to help minimize power losses in high-frequency circuits compared to other inductors. It is because of this performance that it is ideal for a wide variety of applications, from switching power supplies to motor drives to DC/DC converters.

The SC10R10KT is a versatile product, with a variety of potential uses. Its use in many sorts of circuits and applications provides an inherent increase in efficiency, accuracy, and overall performance when compared to other inductors. As such, it is a popular choice for those seeking to optimize the performance of their devices and increase their reliability, making it a prime choice for many types of electronics.

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