Container data center and its electromagnetic interference suppression device

Abstract

An electromagnetic interference suppression device is used to isolate the electromagnetic interference formed by the chamber and the outside through the wire hole on the chamber for the cable to pass through. The electromagnetic interference suppression device includes a metal wire for the cable to pass through. The cylinder body and the metal powder filled between the cylinder body and the cable, one end of the metal cylinder body is sealed and connected in the wire hole of the accommodating chamber. A container data center, which includes a container and a line hole opened on the container for cables to pass through, and also includes the above-mentioned electromagnetic interference suppression device installed at the line hole of the container. The above-mentioned container data center installs an electromagnetic interference suppression device at the line hole, which can isolate the inside and outside of the container. On the one hand, it prevents electromagnetic waves from entering and leaving the container; on the other hand, it reduces the leakage of cold air inside the container, which is beneficial to the temperature and humidity control in the container; On the one hand, it is to prevent external insects from entering the interior of the container through the wire hole.

Description

technical field [0001] The invention relates to a container data center and an electromagnetic interference suppression device thereof. Background technique [0002] The anechoic room, shielding room or container data center must be isolated from external radio wave interference, but the anechoic room, shielding room or container data center must inevitably have external power lines and signal lines, and these power lines The signal line is connected to the anechoic room, the shielding room or the outer wall of the container data center by opening a line hole. These outlet holes are the paths through which external radio waves (such as radio or mobile phone frequency bands) penetrate into the anechoic room, shielded room or container data center, and are also the radio waves generated by electronic equipment in the anechoic room, shielded room or container data center Leakage path to the outside world, causing electromagnetic interference. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

These outlet holes are the paths through which external radio waves (such as radio or mobile phone frequency bands) penetrate into the anechoic room, shielded room or container data center, and are also the radio waves generated by electronic equipment in the anechoic room, shielded room or container data center leakage path to the outside world, causing EMI

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