DFEH10040D-1R0M=P3 Inductors, Coils, Chokes

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Fixed Inductors are components with two leads specific design, used to store electrical energy and create an electric flux field. They act as electrical filters to convert AC to DC or DC to AC in various electronic circuits. Fixed Inductors typically widely used in electronics applications. A common example is the DFEH10040D-1R0M=P3 fixed inductor. It is designed for filter circuit and pulse circuits applications from 10 to 250MHz.

Fixed Inductors, such as DFEH10040D-1R0M=P3 have three basic parts: core material, windings and terminals. The core material is usually a ferrite or powdered iron, which can accumulate electrical energy. The windings are copper wires wound around the core that limits the magnetic leaks. The terminals allow the power or signals into and out of the inductor.

The working principle of a fixed inductor such as the DFEH10040D-1R0M=P3 is that a coil of many turns provides inductance. When alternating current is applied to this coil, it creates a magnetic field whose strength depends on the number of turns and the current. The magnetic field of the DFEH10040D-1R0M=P3 has a maximum flux density of approximately 1.104 Teslas. When the current through the coil changes, a voltage opposes the current and this is called inductance reaction energy.

The application fields of the DFEH10040D-1R0M=P3 fixed inductor include common mode noise suppression, filter circuits in telecom / power line applications, high-speed high-frequency circuits, pulse circuits, TV circuits, RF circuits, and others. In particular, its high flux density is suitable for high-speed transmission applications, and its low resistance to the flow of current makes it ideal for broadband equipped circuits. It can be used as an RF choke in various antenna applications as well as a noise filter for DC power supplies for telecommunications and other electronic equipment.

The DFEH10040D-1R0M=P3 fixed inductor is an important component in many electronic circuits. It provides inductance and inductive resistance, which can help filter signals from unwanted noise or reduce the size of the circuit. As a fixed inductor, it has a particular design adapted to its intended purpose, and is suitable for a wide range of applications. It is an essential part of a much greater electronic system, working silently and reliably.

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