0098055019

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RFI and EMI-contacts, fingerstocks and gaskets are important components in electronic equipment that must function reliably to ensure the equipment remains in good operational condition. Contact materials, such as the 0998055019, play a critical role in reducing electromagnetic interference (EMI) and radio-frequency interference (RFI) from external sources, and ensuring that the equipment\'s internal signals are properly routed. While their primary purpose is to provide electrical connection, they can also help protect the equipment from dust, water, sparks, and other environmental hazards.

0098055019 Application Field

The 0098055019 contact material is a special conductive material developed specifically for equipment that must maintain the highest standards of electrical performance. The material exhibits low electrical resistivity and high dielectric constant, making it ideal for applications where EMI and RFI reduction is required. It also has excellent abrasion resistance, making it suitable for applications that see frequent sliding or changing forces, such as mechanical switches. The material\'s low contact resistance and flexible features also make it ideal for making electrical contacts with wide tolerances. As a result, the 0098055019 contact material is commonly used in telecommunications equipment, medical instrumentation, automotive electronics, and portable electronic devices.

0098055019 Working Principle

The 0098055019 contact material is composed of two main components: the conductive metal material and the insulating material. Together, these two components form a conductive pathway for electrical signals that can be easily controlled. The conductive metal component creates a conductive path that reduces electrical interference and ensures that the internal signals are effectively transmitted. On the other hand, the insulating material acts as a protective barrier that prevents any external electrical signals from entering the device and interfering with its performance. The insulating material also prevents dust, water, sparks, and other environmental hazards from making contact with the sensitive components.

When two components made of the 0098055019 contact material are placed together, a permanent conductive pathway is formed. This contact is then monitored with a signal that is sent through the contact material, which is then read by an external meter that displays the contact\'s resistance. If the resistance is too low, the connection can be strengthened by increasing the contact pressure or by adding additional layers of the material. On the other hand, if the contact\'s resistance is too high, the material can be slid out to provide a greater degree of insulation between the two components. In any case, the 0098055019 contact material helps to ensure that the electrical contacts remain reliable and efficient.

Conclusion

The 0098055019 contact material is an excellent choice for equipment that must operate reliably and in accordance with the highest standards of electrical performance. The material\'s low electrical resistivity and high dielectric constant make it suitable for applications that require EMI and RFI reduction. Its abrasion resistance also makes it well-suited for applications that involve frequent sliding or changing forces, such as mechanical switches. Finally, the material\'s flexibility allows for easy modification of the contacts, allowing them to be tailored to meet specific requirements. With its wide range of features and benefits, the 0098055019 contact material is an outstanding choice for applications where reliable electrical performance is critical.

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