0098052002

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The use of 0098052002 (Gaskets) is an integral part of any electromagnetic interference (EMI) and radio frequency interference (RFI) protection system. Gaskets shield and protect against electromagnetic energy from entering the system while maintaining component integrity and shielding integrity. In addition to providing an effective shielding layer from electromagnetic energy, gaskets also serve as a physical barrier in between components. This barrier offers increased stability and rigidity as well as helps to limit foreign object damage.

Fingerstock is a type of contact which is designed and manufactured to offer various levels of RFI and EMI attenuation. Fingerstock is typically used when shielding effectiveness is limited by physical structures. Fingerstock is manufactured in different shapes and sizes to accommodate different application requirements. These different types of fingerstock contacts can be easily mounted to existing structures and components to provide additional protection from the interference.

Contacts are another type of RFI and EMI protection system. It is primarily used for the purpose of creating an electrical or physical connection between two components in order to reduce electromagnetic interference. Contacts are designed to absorb electromagnetic energy and can be applied to boards, enclosures, cables and other components. The types of contacts vary depending on the application, but typically include wire-to-board connectors, board-to-board connectors, surface mount connectors, and cable-to-cable connectors.

Gaskets are the most common type of RFI and EMI protection and are made from different materials such as conductive metals, cloth, pliable plastics, rubber or foam. Gaskets are used to shield and protect from electromagnetic interference and help to preserve component and shielding integrity. Gaskets provide a layer of protection between components which also serves to reduce foreign object damage. Gaskets are usually secured and mounted to a panel or other structure using adhesive materials.

The working principle behind RFI and EMI protection is relatively straightforward. Shielding is the process of creating an enclosure or physical barrier between two components which is able to absorb and even reflect electromagnetic energy. Different materials have different shielding effectiveness, which is usually expressed as dB (decibels) or Shielding Effectiveness (SE) values. When components are completely or partially enclosed in a shielding material, the energy is blocked and will not be able to interfere with other circuits or systems.

In order to select the appropriate RFI and EMI protection for an application, it is important to consider the type of environment in which the application will be operated, the frequencies of the electromagnetic energy that may be present, and the levels of attenuation that are required. For applications which require a high level of emissions protection, gaskets will often be the best choice. Fingerstock contacts are also an excellent choice for shielding applications where physical structures limit the effectiveness of gaskets. Contacts are typically used to create a physical connection between two components in order to provide some degree of EMI protection.

The specific data is subject to PDF, and the above content is for reference