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RFI and EMI - Contacts, Fingerstock and Gaskets

Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are two of the most challenging types of interference that can be encountered in any type of electrical or electronic system. As such, the requirements for devices that are designed to minimize the amount of RFI and EMI entering and exiting a system are especially stringent. One type of product often chosen to help reduce the amount of RFI and EMI in an electrical or electronic system is contact, fingerstock, and gaskets.

Contacts

Contacts, also referred to as contacts, contact points, contactors, or contacts, are a type of switch or relay that allow electrical energy to pass between two or more power sources, or between two or more different circuits. Contacts can be manufactured from a variety of materials, including metal alloys, plastics, and ceramics. In RFI and EMI applications, the type of contact chosen may also need to be nonconductive, which would prevent any unwanted electromagnetic energy from being transferred between the two power sources. When contactors are used in RFI and EMI applications, the contacts should be designed to provide a low-impedance connection between the two power sources. This low-impedance connection reduces the amount of energy that can be transferred between the two power sources, thus reducing the amount of RFI and EMI that can enter and exit the system.

Fingerstock

Fingerstock, also known as finger strip, fingerstock, finger rail, or spring arms, is a type of switch or connector that is designed to provide a very low-impedance connection between two or more power sources. Fingerstock is most often used in applications where the connection between the power sources needs to be securely maintained. In RFI and EMI applications, fingerstock needs to be designed with a low-impedance connection between the two power sources, as this reduces the amount of electromagnetic energy transfer between the two power sources. Fingerstock is also designed to provide a secure connection between the two power sources, reducing the chances of a faulty connection. Fingerstock is also available in several sizes and shapes, enabling it to fit into a wide variety of environments.

Gaskets

Gaskets, also known as washers, grommets, or insulators, are a type of electrical component that are used to create an electrical insulation barrier between two or more power sources. Gaskets can be made from several materials, including nonmetallic rubbers, ceramics, plastics, and silicone. In RFI and EMI applications, gaskets are most often used in order to reduce the amount of electromagnetic energy transfer between the two power sources. The gasket creates a physical barrier between the two power sources, which reduces the amount of electromagnetic waves that can enter and exit the system. Gaskets can also be designed to absorb any electromagnetic wave energy, preventing it from entering the system.

Conclusion

When it comes to minimizing RFI and EMI in an electrical or electronic system, the use of contacts, fingerstock, and gaskets is essential. Contacts provide a low-impedance connection between the two power sources, reducing the amount of energy transfer between the two power sources. Fingerstock provides a secure connection, and gaskets create an electrical insulation barrier, reducing the amount of RFI and EMI entering or exiting the system. As such, these three components are essential components of any RFI and EMI application.

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