TLF9UAH302WR42

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Common Mode Chokes are electrical components that are used to suppress electromagnetic interference in electrical circuits. They are also known as common mode filters, common mode transformers, or common mode inductors. TLF9UAH302WR42 is one such common mode choke.

The TLF9UAH302WR42 is a large-size common mode inductor with multiple turns of the wire. It is rated at 1.3A RMS current, 2.3A DC current, and 50 ohm impedance. Its dimensions are 14.6 x 11.5 x 10.5mm. It has a wide range of applications, including power supplies, computers, communication equipment, audio systems, automotive electrical systems, and medical equipment.

The TLF9UAH302WR42 works by passing the alternating current (AC) of an electrical signal through it while blocking the direct current (DC). It is designed to reduce the amount of interference that can travel along the ground wire of a system and reduce electromagnetic radiation. Common mode chokes also help reduce the amount of capacitive coupling interference between two or more signals.

The TLF9UAH302WR42 is a high-quality filter that helps prevent noise and interference in various types of electronic equipment. It is designed to reduce the amount of radiation emitted from equipment, lower the ground resistance, and increase the signal-to-noise ratio of a system.

The most common application for the TLF9UAH302WR42 is in power supplies, where it is used to reduce the ripple noise and reduce the leakage current. It is also used in the power lines of communication equipment to reduce interference and improve signal quality. Additionally, the TLF9UAH302WR42 can be used in audio systems to reduce ground noise and improve signal quality.

Overall, the TLF9UAH302WR42 is an effective and reliable common mode choke. Its high-quality construction makes it suitable for a wide range of applications, from power supplies to audio systems. It is designed to reduce the amount of interference and reduce radiation emitted from equipment, making it an ideal choice for a variety of applications.

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