2-5-CN3190

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2-5-CN3190 is a highly versatile material that is widely used in shielding and absorbing applications. This versatile material has a wide range of applications spanning from health-care to industrial, commercial, automotive and consumer applications. This material is used to shield and absorb electromagnetic energy. It can be used as an absorber for both low frequency fields (LF) and high frequency fields (HF).

One of the most common applications of 2-5-CN3190 is in the medical field. This material is used to absorb and protect medical equipment from harmful electromagnetic radiation. It is also used to reduce external circuit noise in medical devices. Additionally, it is also used in automotive and industrial applications as a noise absorption material and in consumer applications as a EMI and RFI shielding material.

The working principle behind 2-5-CN3190 is based on the concept of impedance. This material is designed to absorb and shield electromagnetic energy through the system of impedance. The material works by dissipating the electric and magnetic fields by dampening it. This dampening is achieved by creating a barrier between the electric and magnetic fields, and the material itself. The material is designed to provide maximum absorption of the electromagnetic fields through impedance. This impedance is created by the movement of current through the material.

The properties of 2-5-CN3190 allow it to provide an effective way of shielding and absorbing electromagnetic radiation. It is relatively easy to use compared to other shielding materials, and it is also relatively low-cost. The material has low permeability and high conductivity which makes it suitable for use in dense electromagnetic fields.

2-5-CN3190 has a wide range of applications in RFI and EMI shielding and absorbing materials. It is used to reduce external circuit noise in medical devices, automotive and industrial environments. Additionally, it is also used in consumer applications to reduce RFI and EMI. Its highly versatile nature and its low cost make it attractive to many different applications.

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