SCTH2010-100

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Fixed inductors, such as SCTH2010-100, are commonly used in electronic circuits to provide inductance. This inductance can be used to store energy, shape current, or filter signals. Fixed inductors are often used in power supplies, radio circuits, amplifiers, and other applications.

SCTH2010-100 is a ceramic-based chip multilayer inductor. The inductance value values of the SCTH2010-100 vary from 0.1 mH to 10 mH, and the rated current range is 0.4 A to 1 A. Due to its small size and reliable performance, the SCTH2010-100 has become popular for many consumer electronics products. For instance, it is widely used in switching power supplies and non-isolated DC/DC converters. On top of this, SCTH2010-100 has improved quality and meets AEC-Q200 specifications, providing excellent long and short-term stability.

The working principle of a fixed inductor like SCTH2010-100 is based on electromagnetic induction. When an AC current is applied to the circuit, the resulting changing magnetic field induces a voltage on the coil. The voltage is equal to the rate of change of the flux created by the current through the coil. This voltage is actually the electromotive force, or EMF, of the inductor.

The inductance of an inductor depends on the number of turns of the coil, the wire used, the core material of the coil, and the current applied. The inductance of SCTH2010-100 is designed to be stable under various operating conditions. It is also designed to be highly efficient, so that it has no negative effect on the circuit.

A further advantage of SCTH2010-100 is its ability to reduce noise in the circuit. By passing the current through its internal coil, a low-impedance path is created to ground, which reduces the frequencies of the noise created by power supplies, motors, or other components in the circuit.

Overall, SCTH2010-100 is a versatile and reliable inductor that can be used in a variety of applications. Its ceramic-based chip design makes it highly efficient and stable. On top of this, its low-impedance path reduces the noise and interference that would otherwise be present in the circuit.

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