36401E2N6ATDF

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Fixed inductors, typically referred to as inductors, play an important role in the electrical and electronic engineering field. Manuals, books, online resources, and professional engineers all use the term inductor to describe an electrical component that is used to store and regulate electrical energy. Examples of the type of inductor commonly used in electronic circuits are “36401E2N6ATDF” fixed inductors. This article will discuss the application field and working principle of the 36401E2N6ATDF fixed inductor.

The 36401E2N6ATDF works in four basic ways: energy storage, frequency control, inductive filtering, and magnetic field generation and propagation. It is a fixed inductor designed for many types of applications, including portable electronics, automotive, power supplies, telecommunication systems, industrial control, etc. It is mainly used to store energy and generate resistive and capacitive reactance in a given RC circuit. A very common use of this inductor is in filter circuits, where the ability to circularly route current is of primary importance.

The working principle of the 36401E2N6ATDF fixed inductor can be explained easily. Basically, when an electric current flows through the coil of the inductor, a magnetic field is created. This field has an inductive effect on the current, meaning that it “resists” any changes in the current’s strength or direction, due to the fact that a current has momentum that resists any motion. Thus, when the current oscillates back and forth, as it typically does, the inductor creates an opposing force that would oppose any changes in the current. This inductive effect builds up a charge that is stored in the inductor and then released, allowing for the controlled flow of current. The voltage induced by the inductor can be controlled by varying the number of turns in the coil and the quality factor, or Q, which is the ratio of the active parts that make up the inductor.

The 36401E2N6ATDF fixed inductor is a compact and rugged component. It is designed with a large temperature range and high frequency capabilities. It features excellent static and dynamic performance over a wide range of frequencies and temperatures. It also has a high roll-off rate, meaning it is capable of maintaining high levels of inductance at higher frequencies. This makes it ideal for use in a wide variety of electrical and electronic systems.

In summary, the 36401E2N6ATDF fixed inductor is a highly reliable and efficient component used in many types of electrical and electronic devices. It is used to store and regulate electrical energy, as well as in filter circuits to route current. Its ability to control current and inductance at high frequencies makes it suitable for a wide range of applications. It is compact and rugged, making it durable and easily integrated into existing systems.

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