Wiring principle of shielded room

Wiring principle of shielded room
The electromagnetic shielding door is the only component of the shielding room, and it is also a link that summarizes the shielding function of the shielding room. It has a high technical content, exceptional materials, and complex process, with a total of 26 processes. There are two types of electromagnetic shielding doors: button type knife inserting doors and sliding doors, each in manual, electric, and fully automatic forms. If considering the stability and cost-effectiveness of the application, manual knife insertion button doors are preferred.
The debate between unshielded and shielded wiring in shielded rooms has been going on for many years. With the demand for communication systems, especially the maturity of the theory of summarized wiring systems, there has been a growing consensus in the industry on this issue: unshielded and shielded systems each have their own strengths and weaknesses, and both have their more suitable locations.
The principle of a shielding room is that a shielding system consisting of shielded cables and shielded components (shielding room, shielding machine room) will be the preferred choice. Through perturbation and eavesdropping tests, divergence tests, bit error rate tests, and anti-interference tests, in order to ensure the security and reliability of the webpage Shielded cables and components must be selected for anti-interference function.
The important function of a shielded room is to isolate it from external electromagnetic interference and ensure the normal operation of electronic and electrical equipment in the room. Especially in the measurement and testing of electronic components and electrical equipment, the use of electromagnetic shielding chambers (or darkrooms) to simulate the electromagnetic situation of aspirations improves the accuracy of testing results.