FAM5-297-210-0.3-1A

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Radio Frequency Interferences (RFI) and Electromagnetic Interferences (EMI) are signals that cause undesired disruption into electronic systems. This results in decreased performance and degraded signal quality. Shielding and Absorbing materials are used to reduce these interferences, providing system level improvement. The purpose of this paper is to investigate the application field and working principle of the FAM5-297-210-0.3-1A, an EMI shielding and absorbing material.

The FAM5-297-210-0.3-1A is a flexible, electrically conductive material designed to reduce EMI radiation from electronic equipment. This material is composed of a conductive foil, which serves as a radiation shield, and an absorber layer, which acts to damp the interferences. The absorber layer is composed of a combination of conductive and non-conductive materials, which provide excellent interference damping. The combination of the two layers creates an effective barrier to interference signals, shielding them from the system while absorbing them into the material itself.

The FAM5-297-210-0.3-1A has a wide range of applications, and is suitable for use in industrial settings, military systems, and other applications that require interference shielding. It is also widely used in consumer applications, such as cellular phones, tablets, computers, and other electronic devices. Additionally, this material is suitable for use in automotive applications, where shielding is necessary to ensure safety and reliability.

The working principle of the FAM5-297-210-0.3-1A is based on the well-known Faraday Cage principle. This principle states that any unshielded object inside a screening cage will experience minimal interference from its surroundings. The FAM5-297-210-0.3-1A material works similarly by creating a “screening cage” around the sensitive electronics. This material absorbs stray interference signals and “grounds” them to shield sensitive electronic components from the interference.

The FAM5-297-210-0.3-1A is an effective barrier against unwanted interference, particularly when used in combination with additional shielding measures. When applied correctly, this material provides excellent interference damping and shielding, improving the overall performance of the system. Additionally, this material comes in a variety of shapes and sizes, allowing for flexible and custom applications.

In summary, the FAM5-297-210-0.3-1A is a flexible material used for shielding and absorbing radio frequency and electromagnetic interference. It is composed of two layers, a conductive shield and an absorber layer, which create an effective barrier against unwanted interference. It has a wide range of applications, and is suitable for use in consumer, automotive, industrial, and military applications. Finally, it is based on the Faraday Cage principle, which states that any unshielded object inside a screening cage will experience minimal interference from its surroundings. By providing excellent interference damping and shielding, the FAM5-297-210-0.3-1A material is ideal for use in settings where interference reduction and system performance are key.

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