FN2360B-3-06

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FN2360B-3-06 Power Line Filter Modules are used to improve the quality of electrical signals in power applications by reducing noise disturbances and shielding fields. The filter module is capable of filtering both common mode and differential mode noise and includes a series of ferrite beads, capacitors, and chokes at both the input and output.

The FN2360B-3-06 Power Line Filter Modules come in two parts, a metallic shield and an EMI shielded connector. The metallic shield is made of galvanized steel and provides a line of defense against various types of electromagnetic interference. The EMI shielded connector includes a ground pin and is used to connect the input and output of the module.

Like other Power Line Filter Modules the FN2360B-3-06 module utilizes a series of ferrite beads to reduce common mode and differential mode noise. The ferrite beads are designed to absorb noise on the power line at certain frequencies. The module also includes capacitors at the input and output to absorb high-frequency noise signals. The capacitors are generally rated at very low voltage and are connected in parallel with the ferrite beads at the input and output.

In addition to the ferrite beads and capacitors, the module includes a series of inductors (commonly called chokes) at both the input and output. The inductors serve two purposes. Firstly, they act as an impedance match between the module’s input and output. Secondly, they act as a current limiter, preventing over-current conditions. The inductors are also designed to reduce the input voltage and current spikes generated by fast switching power supplies.

In summary, FN2360B-3-06 Power Line Filter Modules are designed to reduce electromagnetic interference on power lines in various applications. The filter module includes a series of ferrite beads, capacitors, and chokes at both the input and output which provide a line of defense against various types of noise. By combining these components, the module is able to reduce both common mode and differential mode noise for improved signal quality.

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