RSHN-2080

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A power line filter module, such as the RSHN-2080, is an important and widely used device in various industrial and consumer applications. The device is designed to improve the performance of power line-borne signals by filtering out high frequency noise from the power line. The power line filter module functions in a manner similar to a bandpass filter, allowing signals below the cut-off frequency, while attenuating those above the cut-off frequency. This ensures that only desirable signals are transmitted along the power line while eliminating interference and noise that could have a detrimental effect on the signal quality.

The RSHN-2080, specifically, is a power line filter module that is used in applications ranging from telecommunications and medical devices to embedded systems. The device is composed of two identical filter networks composed of two series connected inductors and two parallel connected capacitors. This configuration allows the filter module to provide a low-pass filter with a cut-off frequency of 2080 Hz, meaning that any signals above the cut-off frequency will be attenuated. The filter network is also designed to minimize the insertion loss of the filter module by utilizing high-quality components.

In terms of its working principle, a key feature of the RSHN-2080 is its ability to reduce EMI and RFI that could otherwise be present in the signal. This is accomplished by utilizing the filter networks to block out undesirable noise. The filter networks also provide a degree of impedance matching, which prevents the signal from being “overshoot”, or intensified, by the power lines. This helps to ensure that the signal remains within acceptable levels and is not affected by external interference or noise.

The RSHN-2080 can be used in a variety of applications, making it an ideal choice for those looking for a reliable filter module. Its high-quality components provide excellent signal quality while minimizing insertion loss. Additionally, the module is capable of eliminating EMI and RFI that can be found in power line-borne signals, making it a valuable tool for many industrial and consumer applications.

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