ER1025-26JM

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Fixed inductors are inductor devices that play an important role in electrical and electronic circuits, and ER1025-26JM is no exception. In this article, we want to have a brief introduction and overview into the application field and working principles of ER1025-26JM, in order to give readers a better understanding of the piece of equipment.

Application Field of ER1025-26JM

ER1025-26JM Fixed inductors are made of high quality materials and is designed for applications across industrial, commercial, and consumer electronics applications. This inductor features a miniature size, low dB insertion loss, and excellent temperature stability, and can be used for a wide range of applications.

• Power Supply: The ER1025-26JM is especially suited for use in power supplies, DC-DC converter, switch mode power supplies and AC-DC power supplies.
• Telecommunication: It is also commonly seen in telecommunications systems, being used as a replacement for film capacitors to support high frequency current in telecommunication networks.
• Automotive: ER1025-26JM can also be used in automotive electrification systems for noise suppression.
• Consumer Electronics: It can be used in consumer electronic vehicles to reduce EMI noises.

Working Principle of ER1025-26JM

The working principle of the ER1025-26JM Fixed Inductor is quite simple. Basically, it is made up of a coil of conducting wire, usually made of copper, wound around a magnetic core material, typically ferrite or iron. When an electrical current is applied to the conducting wire, it induces a magnetic field around the core, which acts to oppose the flow of current in the external circuit.

The degree to which the magnetic field opposes this current is known as inductance, and this is measured in units known as henrys. The inductance of the ER1025-26JM depends on a number of different factors like the size and type of core, the number of turns of the wire, wire diameter, and the insulation type.

The ER1025-26JM Fixed Inductor also features low self-capacitance, which is important for applications requiring high frequency signal transmission. It also has low temperature coefficient and low thermal resistance due to its small size.

All in all, the ER1025-26JM provides excellent performance in many applications. Its miniature size, good temperature stability, low dB insertion loss, and low self-capacitance make it an ideal fit for many different types of applications.

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