0097036102

Series:	*
Part Status:	Active

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

RFI and EMI - Contacts, Fingerstock and Gaskets: 0097036102 Application Field and Working Principle

Radio frequency interference (RFI) and electromagnetic interference (EMI) shielding is a longstanding challenge in the industrial world. RFI and EMI shielding technologies are evolving with every new electronic gadget. From phones to computers, everything produces RFI or EMI energy, which can interfere with normal operation. 0097036102 is an RFI and EMI shielding contact usedin industries worldwide. This article will discuss the application field and working principle of 0097036102 contacts, fingerstock, and gaskets. It will also explain how these technologies can protect electronic equipment from RFI and EMI interference.

Application Field and Uses of 0097036102 Contacts, Fingerstock, and Gaskets

The 0097036102 contacts are designed for use in industrial applications with moderately hard surfaces. These contacts are made of beryllium copper, which is an alloy that provides a high level of electrical conductivity and corrosion resistance. This type of contact is especially suited for environments that require both electrical and electromagnetic shielding from foreign interference. These contacts can also be used in connection with other protective components, such as fingerstock and gaskets. The fingerstock is made of dielectric materials such as flexible plastic to provide additional protection against RFI and EMI interference. Gaskets are also helpful in shielding components from EMI radiation. They are designed to fit tightly around edges and joints between two components, providing a secure fit that blocks out any unwanted interference.

Technical Design and Features of 0097036102

The technical design of the 0097036102 contact includes a series of interconnected slots and pockets. The slots are filled with a conductive polymer and are encased in a metal shield that is designed to reduce the transmission of electromagnetic radiation. The contact also features a highly conductive surface that provides efficient current flow. In addition, the contact has been designed with a twist-lock mechanism that makes it easy to install and remove without the useof additional tools. This prevents the contact from becoming loose or falling out of position over time. The contact also has an overmolded contact pad that ensures a tight fit and prevents electrical shorts. Lastly, the contact is highly resistant to corrosion and abrasion, extending its life and providing reliable shielding.

Working Principle of 0097036102

The working principle of the 0097036102 contact is based on the concept of electromagnetic shielding. This type of contact helps create an electrical barrier that prevents the transmission of RFI and EMI from entering or leaving an electronic device. The contact works by redirecting electromagnetic energy away from sensitive components and other electronic devices, thereby protecting them from interference. The contact features a highly conductive surface and a series of interconnected slots and pockets. This combination allows the contact to capture and redirect EM radiation away from sensitive components. The contact’s highly conductive surface also helps provide a uniform current flow, ensuring that all moving components remain properly charged and preventing interference from occurring.

Conclusion

In conclusion, the 0097036102 contact is an essential component of shielding against RFI and EMI in industrial applications. This contact can be used alone or in combination with fingerstock and gaskets to provide a highly effective barrier against interference. The technical design and working principle of the 0097036102 contact ensures efficient current flow and effective shielding from electrical and electromagnetic radiation.

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

Part Number	Manufacturer	Price	Quantity	Description