78083101

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RFI and EMI - Shielding and Absorbing Materials is a broad category which aims to block, absorb, contain and protect from electromagnetic radiation. This is achieved in a variety of ways, with 78083101 application field and working principle being one such method. The application field of 78083101 is fairly broad and spans a number of different industries. For example, 78083101 has been used in industries such as aerospace, medical, automotive and military.

78083101 technology is based on the principle of electromagnetic shielding. This type of shielding is created using a conductive material that shields the sensitive circuitry from external sources of electromagnetic interference. The conductive material is usually made up of finely chopped metal particles, such as copper, aluminum, nickel, or tin, which are mixed with a sticky adhesive to form a metallic film. This film is then applied directly to a circuit board, and the metallic particles act as a barrier to the incoming disturbances.

78083101 technology also relies on the principle of absorption. This is achieved by using a material that absorbs the incoming energy before it can reach the sensitive circuitry. The most commonly materials used for absorption include dielectric foam and ceramics which absorb the incoming energy and convert it into heat which is then dissipated away from the circuit board. Other materials such as carbon fiber and plastic are used for absorbing the incoming energy in addition to providing a grounding plane for the circuit boards.

78083101 technology is beneficial to a number of industries as it helps protect sensitive circuitry and components from electromagnetic interference. Additionally, 78083101 can help reduce the electromagnetic emissions from electronic devices which can be beneficial for the environment.

Overall, 78083101 provides a great way to protect sensitive devices from external sources of electromagnetic interference. It uses the principles of shielding and absorption in order to create an effective barrier against incoming disturbance. Additionally, it can also help reduce the environmental impact of electronic devices.

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