36034188

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Part Status:	Active

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Introduction:

RFI and EMI shielding and absorbing materials refer to shielded chambers and absorbers used to reduce the impact of electromagnetic fields on electronic and radio frequency signals originating from nearby sources. These materials can protect sensitive electronic devices from interference causing component damage or operation system instability. The use of these materials may also improve the overall system efficiency, create a more reliable environment for operation and reduce overall repair costs. This essay will discuss the application field and working principle of 36034188.

36034188 Application Field:

36034188 is a type of efficient electromagnetic interference shielding material used in different applications including control cabinets, instrument cabinets, automotive instrument panels, consumer electronic device housings, military and aerospace applications. It can also be used in radio frequency identification (RFID) solutions or in combination with other shielding materials, such as mesh and absorber, to create a complete shielding system. This material is also useful in the aviation and aerospace industries, acting as a barrier of protection between sensitive electronic components and harsh environmental conditions.

36034188 Working Principle:

36034188 is a type of electromagnetic shielding material that uses a combination of a conductor and a dielectric material to absorb electromagnetic energy. As an effective shielding material, it works by forming an electric field around electronic components that blocks the transmission of electromagnetic energy. This electric field functions as an effective barrier between adjacent components and outside sources of electromagnetic radiation. Additionally, the electric field disperses the electromagnetic energy, reducing its impact on the components and improving the system’s efficiency. The dielectric material used in 36034188 amplifies the effect of the electric field and reduces the rate of absorption of the electromagnetic energy. The conductor material functions as a pathway for the energy, allowing it to escape instead of saturating the electronic components. Additionally, the conductor material is capable of transferring any static charge that builds up in the environment to avoid any damage to the system.

Conclusion:

In conclusion, 36034188 is an effective and efficient shielding material used in various applications including military, aerospace and consumer electronics. It works by forming an electric field around electronic components that blocks the transmission of electromagnetic energy and disperses the energy, reducing its impact on the components. The dielectric material amplifies the effect of the electric field, while the conductor material allows the energy to escape instead of saturating the components. This material is an effective barrier of protection from harsh environmental conditions and is useful in the aviation and aerospace industries.

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