Network isolation conductive jammers are usually made of high-strength, high conductivity metal materials, which can effectively shield electromagnetic waves and electromagnetic interference

Network Isolation Conducted Interference DeviceIt is a new type of electronic device that has the function of isolating and conducting interference, and can effectively shield electromagnetic interference and electromagnetic waves. It is mainly applied in fields such as communication, power systems, and traffic control, and has significant importance.

The advantages of network isolation conductive interferers include:

High electromagnetic shielding performance: Network isolated conductive jammers are usually made of high-strength, high conductivity metal materials, which can effectively shield electromagnetic waves and electromagnetic interference.

High isolation capability: The network isolation conductive jammer can operate in two different working environments, namely shielded room and unshielded room. It can effectively shield electromagnetic waves and electromagnetic interference in two different working environments, improving the reliability and safety of the system.

High efficiency: The working efficiency of network isolation conductive jammers is usually high because they can complete a large amount of electromagnetic shielding and electromagnetic wave shielding work in a short period of time.

Maintainability: The maintenance of network isolated conductive jammers is very simple because it does not require complex circuit design and material preparation.

Application scenarios: Network isolation conducted interferers are mainly used in communication, power systems, traffic control and other fields. They can effectively shield electromagnetic waves and electromagnetic interference in two different working environments, improving the reliability and safety of the system.

Network isolation conducted interferers typically use multiple typesShielding materialTo achieve good shielding performance and security. Here are some common shielding materials:

Copper foil: Copper foil is a commonly used shielding material that can effectively shield electromagnetic waves in network isolated conductive jammers. Copper foil has good conductivity and stability, and can withstand high-intensity electromagnetic shielding.

Ferrite: Ferrite is a shielding material with high conductivity and high field strength absorption ability, which can effectively shield high-frequency electromagnetic waves and EMI interference.Ferrite shielding materialDifferent types of ferrites can be selected according to different application requirements.

Aluminum foil: Aluminum foil is a shielding material with high conductivity and permeability, which can effectively shield low-frequency electromagnetic waves and EMI interference. Aluminum foil is commonly used in grounding systems to prevent electromagnetic waves from interfering with other devices.

Insulation paint: Insulation paint is a material used for insulation, which can effectively conduct electromagnetic interference into the grounding system. The conductivity and stability of insulating paint are relatively good, and different types of insulating paint can be selected according to different application needs.

It should be noted that different shielding materials play different roles in network isolation and conducted interference devices. Therefore, when selecting shielding materials, it is necessary to choose the most suitable material based on actual needs and application environments.

Overall, the network isolation conducted interference device is an electronic device of great significance, which has the advantages of high electromagnetic shielding performance, high isolation capability, high efficiency, and easy maintenance, and is suitable for applications in various fields.