ELG-TEA2R2NA Inductors, Coils, Chokes

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Fixed inductors are electrical components that are used to regulate the flow of current in a circuit. They are composed of coils of wire wound around a core of ferrite or metal, which creates a stability of electrical current throughout the circuit. ELG-TEA2R2NA is an inductor specifically designed for radio frequency applications. ELG-TEA2R2NA performs noise suppression of high frequency signals and operates within a wide frequency range. The benefits of using the ELG-TEA2R2NA inductor include its increased capacity to suppress high frequency signals, its durability, and its resistance to temperature and voltage fluctuations. This makes it well-suited for use in high precision, high performance environments.

The ELG-TEA2R2NA inductor is a radio frequency type and has a special enclosed type structure. It is composed of an aluminum magnetized core, a 25-turn winding coil, a lead wire, and a sealed plastic outer casing. The aluminum magnetized cores used in ELG-TEA2R2NA are enclosed inside of the sealed plastic outer casing which helps to reduce electro-magnetic interference from the environment. The winding coil is made from over 25 turns of wire allowing the inductor to produce high-frequency currents of small size and superior magnitudes.

The working principle of ELG-TEA2R2NA is based on Faraday’s law of induction. This states that an electric current will induce a voltage in a conductor that is exposed to a changing magnetic field. When a current flows through the winding coil of the ELG-TEA2R2NA, it produces a magnetic field around it. This in turn induces a voltage in the surrounding metal core, and the resulting effect is regulation of the current flowing through the circuit. By continuously adjusting the voltage induced by the winding coil, the ELG-TEA2R2NA can effectively regulate the current. This enables the inductor to maintain a stable current flow and helps reduce distortion and noise.

The ELG-TEA2R2NA is a very useful component for radio frequency applications and its wide frequency range and noise suppression capabilities make it well suited for high frequency applications. It has exceptional performance, durability, and resistance to voltage fluctuations. With its enclosed structure, the ELG-TEA2R2NA provides superior noise rejection and isolates its core from external interference. This makes it especially useful for high performance and high precision applications. The ELG-TEA2R2NA is a very reliable and efficient component and is ideally suited for all radio frequency applications.

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