FE2X07-3-3NL

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Common Mode Chokes are an important component when it comes to high-voltage and low-noise interconnectivity. The FE2X07-3-3NL is a device that belongs to this family and it serves a very specific purpose. This article will provide an explanation of its application in the field and its working principles.

Application Field: The FE2X07-3-3NL is specifically designed to control and eliminate common-mode noise interference in computer networks. It has been especially modified for use in high frequency networking environments. It is often used for connecting 100 Mbps and Gigabit networking components over long distance wire runs. As an active measure it also helps reduce the susceptibility of the cable to EM and RF interference.

Working Principle: The FE2X07-3-3NL is an inductor-based common mode choke. It works by introducing a very low impedance path to ground which helps divert the noise from the signal lines. This prevents the interference from being transmitted or reflected into the receiving unit. The inductors work by creating a magnetic field which blocks the noise until a certain level is reached. They can also be used to filter out unwanted frequencies from an RF signal.

The FE2X07-3-3NL is designed to reduce crosstalk caused by electromagnetic interference in computer networks. It uses a combination of inductors, capacitors and ferrites to create a low impedance path to ground. This helps to divert the interference away from the signal lines and ensure that data is transmitted with minimal disruption.

The FE2X07-3-3NL is rated for high-frequency operation. It is capable of filtering out common-mode interference up to 250 MHz. It is also designed with high reliability and can operate within a wide temperature range. The device can handle high voltage and current spikes without any damage.

Overall, the FE2X07-3-3NL is a versatile and dependable device for controlling common-mode interference in computer networks. It is designed for use in high frequency environments and can provide excellent performance in suppressing noise and eliminating crosstalk. It is reliable and durable, and can handle high voltages and temperatures without any problems.

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