FE2X03-3-3NL

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Common Mode Chokes

FE2X03-3-3NL is a common type of common mode choke available in the marketplace. Common mode chokes are used to filter out electromagnetic interference, or EMI, from electronic devices and come in a variety of shapes and sizes to suit specific applications. With the FE2X03-3-3NL, you can reduce the shared noise current between two circuits, as well as minimize the coupling of that EMI.

Application Fields

The FE2X03-3-3NL is used in a variety of applications, including high-speed countermeasures, switching power suppression, and high-frequency filtering. Specific application areas include:

• Automotive systems
• Industrial automation
• Smart home System
• Printed circuit board filters
• Telecommunication equipment
• Office automation equipment
• Data acquisition equipment

In automotive applications, common mode chokes are used to reduce the mutual current between two circuits. This helps to prevent interference, which can cause voltage spikes, power disruption, and decreased battery performance. They are also suitable for damping noise generated from the alternator and ignition system.

Working Principle

FE2X03-3-3NL common mode chokes work by forming a magnetic field around a core which passes through the wire coils. The coils are designed to have electrical resistance, which reduces the amount of current that can flow through them. This decreases the capacitive coupling between the two circuits, thus reducing the amount of EMI that passes between them and minimizing the interference.

The core of the FE2X03-3-3NL is effective in filtering noise up to a frequency of 500kHz. The core material is also highly effective in controlling the current flow through the choke, making it suitable for applications that require high-speed data transmission.

In addition, the FE2X03-3-3NL features an efficient and reliable composite winding technique, which helps to reduce electrical loss and noise. This winding technique allows for a low insertion loss, making it suitable for high-speed data transmission.

Conclusion

The FE2X03-3-3NL common mode choke is ideal for a variety of application fields, due to its ability to reduce EMI and prevent interference between two circuits. Its magnetic core and composite winding technique makes it suitable for high-speed data transmission, with minimal electrical loss and noise. Customers in the automotive, industrial automation, telecommunication, and office automation fields can find a suitable application for this common mode choke.

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