0786046200 RF/IF and RFID

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RFI and EMI protection is of utmost importance in today’s ever-advancing world. As technology advances and more sophisticated and complex communications and circuitry are in use, unique shielding materias and products are needed to protect against external interference. Products such as specialized contact materials, finger-stock, and gaskets are essential components that help prevent radio frequency interference (RFI) and electromagnetic interference (EMI) on a host of electronic functions.

0786046200 - Application Field and Working Principle

0786046200 is a specialized contact material that offers protection from RFI and EMI. This contact material has a consistent industrial gauge range and is capable of handling up to 10 x 10^9 operational cycles. It is specifically designed to be self-remedial and repeatable providing reliable performance even after prolonged use. 0786046200 is typically used in applications such as circuit protection, terminal blocks, and other high-density, high-power applications.

The working principle of 0786046200 is based upon its ability to transfer a circuit’s electrical energy with minimal resistance. It does this by providing a low-impedance connection between the circuit’s terminals and the device being tested, allowing for a “clean” transfer of current with very minimal noise interference. 0786046200 also provides a minimal contact resistance, which helps reduce heat buildup during operation, and therefore provides better electrical performance.

The materials used in 0786046200 contacts are specifically engineered to ensure its reliability and stability in power-intensive applications, such as those found in military and aerospace environments. The contact material is typically made up of nickel-plated copper or stainless steel which prevents the contact material from corroding. Additionally, it helps to ensure the data signal integrity is maintained without any sudden voltage drops.

Finger Stock

Finger-stock is a specialized contact material that provides effective RF and EMI shielding. It is typically composed of metalized polyester lamination, and can be used to create electrical connections. The lamination is typically bonded onto a threaded rod or a contact pin, and then cut into desired lengths to accommodate different applications. Finger-stock is often used in moving parts, such as coil windings, antennae, and motors, as it has a higher resistivity than other contact materials and helps reduce the risk of electric shorts.

Finger-Stock materials usually have an electrical resistance of 0.9 ohms/cm, and a resistance thickness of 0.35 mm. The thick plating helps to ensure extreme durability and reliable electrical contact. The thick plating protects from environmental stresses such as shock and vibration, and can usually handle up to 1 billion electrical operations without any issues.

Gaskets

Gaskets are used in a variety of industries to provide EMI shielding. They are typically made up of metal or rubber material depending on the desired protection needs. The gasket material is compressed between two surfaces to form a tight seal. This helps to block any potential EMI or RFI interference transmitting from one surface to another.

Gaskets are most commonly used in telecommunications and networking, but they are also used in a variety of other industries. Depending on the application, the gaskets can be designed to provide protection from different levels of interference, and can also provide protection against water, as well as temperature extremes. Gaskets are usually relatively easy to install and have a long lifespan.

Conclusion

RFI and EMI protection is essential in circuitry and electronics of all kinds. 0786046200, finger-stock, and gasket contact materials are all specialized contact materials that help to prevent data interference and electrical shorts. These materials are designed to offer the highest levels of reliability and performance in even in the most demanding environments. Ultimately, they all serve to provide exceptional RFI and EMI protection.

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