L0201C1N5SRMST Inductors, Coils, Chokes

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Fixed inductors are electronic components used in electronic circuits, specifically those larger than 5mm which have been primarily designed with an inductance of a single or multiple values. The general principle involves winding wire to generate a magnetic field. The inductance value of the inductor is determined by the geometry of the wire wound to form the core and the amount of electric current that is allowed to pass through it. Fixed inductors can be used in various applications ranging from power conversions, bandpass filters, RF amplifiers, and impedance matching networks. In this article, we will focus on the application field and working principle of L0201C1N5SRMST.

L0201C1N5SRMST is a fixed axial inductor, designed with an inductance of 5.6µH ±20% tolerance. The maximum DC current it can tolerate is 250mA. It has a low profile, and is capable of operating in temperatures ranging from -40 to +125 °C. This product is RoHS compliant, and is ideal for mid-power applications.

L0201C1N5SRMST is mainly used in power supplies and voltage regulators, high-frequency applications, and counter circuits. It can also be used in variable and linear power supplies, switching supplies, signal processors, and medical imaging systems. As it supports a wide temperature range, it is also suitable for automotive, industrial, and other temperature-critical applications.

The magnetic field created by L0201C1N5SRMST is relatively stable, and the inductance of the component is determined by two factors - the number of wire windings, and the type of core material used. The core material is usually made of iron or ferrite. The more wire windings are includedin the coil, the greater the inductance value, and the larger the physical size of the component. When electricity is passed through the inductor, a magnetic field is generated, and the electrons in the wire coils will be strongly attracted and repelled by the magnetic field.

The magnet attraction and repulsion of the electrons create an opposing electric field, which affects the flow of current. This resistance to the current is called inductance, and is measured in Henries (H). The higher the inductance value, the higher the resistance to the flow of electricity. This is why inductors are used to regulate the current flow in an electronic device, and to control the timing of the current change in a signal path.

In conclusion, L0201C1N5SRMST is a fixed inductor, designed with an inductance of 5.6µH ±20% tolerance, and a maximum DC current tolerance of 250mA. It is suitable for mid-power applications, and is primarily used in power supplies, voltage regulators, high-frequency applications, and counter circuits. The magnetic field created by this component is relatively stable, and the inductance is determined by the number of wire windings and core material used. The electrons in the wire coils will be strongly attracted and repelled by the magnetic field, thus creating an opposing electric field to resist the current and regulate the current flow in an electronic device.

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