The Electromagnetic Shielding Room is a special room that can completely isolate electromagnetic wave interference from the outside world, creating an ideal place for electromagnetic wave isolation. In this room, there is virtually no interference from electromagnetic waves, allowing for a variety of experiments and tests that require a high degree of confidentiality and precision.
Construction of Electromagnetic Shielding Room
The electromagnetic shielding room is very finely constructed, with its outer shell made of high-density metal plates and its interior covered by electromagnetic wave absorbing materials. Its doors and windows are also made of metal to ensure complete isolation from outside electromagnetic wave interference. Indoors, electromagnetic wave absorbing materials and electromagnetic shielding materials are also installed for optimal isolation.
How do I use an EM shielded room?
There are certain steps that need to be followed when using an EM shielding room to ensure the accuracy and safety of experiments and tests.
Step 1: Preparation
There are some preparations that need to be made before using an electromagnetic shielding room. First of all, you need to check whether the electromagnetic wave absorbing materials and electromagnetic shielding materials in the room are intact and undamaged, to ensure that their isolation effect is good. Secondly, the equipment and materials needed for experiments and tests need to be brought into the electromagnetic shielding room and the necessary checks and tests need to be carried out.
Step 2: Entering the electromagnetic shielding room
Before entering the electromagnetic shielding room, you need to remove all metal objects on your body to avoid electromagnetic wave interference. After entering the room, you need to close all the doors and windows, and make sure that the isolation effect of the electromagnetic wave absorbing materials and electromagnetic shielding materials in the room is normal.
Step 3: Conduct experiments and tests
In the electromagnetic shielding room, you can conduct a variety of highly confidential and high-precision experiments and tests. During the experiments and tests, care needs to be taken not to generate too much electromagnetic wave interference to avoid affecting the accuracy and safety of the experiments and tests.
Step 4: End the experiment and test
After the end of the experiment and test, you need to take the equipment and materials out of the electromagnetic shielding room, and carry out the necessary cleaning and disinfection. At the same time, it is necessary to check whether the electromagnetic wave absorbing materials and electromagnetic shielding materials in the room are damaged, so that they can be replaced and repaired in time.
Applications of electromagnetic shielding room
Electromagnetic shielding room has a wide range of applications in military, aerospace, electronics, communications, medical and other fields. For example, in the military field, electromagnetic shielding room can be used to protect the security of military communications equipment and intelligence systems; in the aerospace field, electromagnetic shielding room can be used to test the electromagnetic compatibility of aviation spacecraft; in the medical field, electromagnetic shielding room can be used for research and testing of electromagnetic compatibility of medical equipment.