SCEP105S-4R0

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Fixed inductors, also known as chokes, are passive components used in electrical and electronic circuits. They are non-electrically variable components which provide a fixed inductance in an electrical circuit. Fixed inductors can be used to filter, block, or store energy. The SCEP105S-4R0 is a type of fixed inductor that is typically found in industry settings.

The SCEP105S-4R0 is a cylindrical inductor which is constructed using a molded epoxy resin and a ferrite core. It is manufactured in a variety of different sizes and is available with a variety of features including an epoxy dip coating, high performance plastic envelope, and a flexible flat lead system. The inductor is designed for use with up to 2 A currents and frequencies up to 150 kHz.

The SCEP105S-4R0 is primarily used in the automotive, consumer, communications and industrial markets. It can be used in a variety of applications including: voltage regulation, high-frequency switching, RF filtering and power conversion. It is also used in power supplies, motor control, and solar cell inverters.

The working principle of the SCEP105S-4R0 is based on electromagnetism. When an electric current is passed through an inductor, the magnetic flux distribution in the areas adjacent to the inductor experiences a change of flux. This results in the generation of an opposite electromotive force in the inductor, which acts as a current limiting impedance. The inductor is therefore able to restrict the voltage or current which flows through the circuit.

The SCEP105S-4R0 has an operating temperature range from -40°C to +105°C and is capable of withstanding a voltage of up to 250 VDC. It has an inductance range of 0.47-4.7 µH and a self resonant frequency of up to 15 MHz. The inductor has a static shield which protects the coil from any external interferences.

In conclusion, the SCEP105S-4R0 is a type of fixed inductor which is typically used in industry settings. It is constructed from a molded epoxy resin and a ferrite core and is designed for use with voltages up to 250 VDC and frequencies up to 150 kHz. The inductor’s primary applications include voltage regulation, high-frequency switching, RF filtering and power conversion. Its working principle is based on electromagnetism, with the inductor able to restrict the voltage or current which flows through the circuit.

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