82-CBSASV-2.5X4.0X0.8

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

RF Shields are used to protect electronic and electrical components from the electromagnetic waves emitted by other on-device networks or radiated from external sources. The number 82-CBSASV-2.5X4.0X0.8 shield is particularly effective at shielding small components from EMI. Its features are as follows:

Application Field:

82-CBSASV-2.5X4.0x0.8 is suitable for shielding small RF components from EMI in mobile phones, digital cameras, PDAs, e-machines, cell phones and digital home devices. It is also suitable for a wide variety of EMI environmental protection, such as the shielding of printed wiring boards (PWB), radiation of air interface systems, and shielding of television/radio signals.

Working Principle:

The shield uses aluminum foils and Ferrite beads to block the RF signals. The aluminum foils provide electromagnetic shielding, while the Ferrite beads are used to absorb the RF energy and protect the device from interference. The Foils provide electrical shielding and act as a Faraday cage, thereby reducing the effects of any external interference. The Ferrite beads act as an RF sink and absorb unwanted RF radiation signals.

Key Benefits:

• It is able to protect small RF component boards from EMI.
• It provides excellent electrical and electromagnetic shielding.
• The Ferrite beads absorb excess RF radiation signals.
• It is lightweight and easy to install.

82-CBSASV-2.5X4.0X0.8 is a great choice for RF shielding and protecting small RF components from EMI. Its strong shielding capabilities make it ideal for a variety of EMI protection applications. The Ferrite beads also provide an excellent extra layer of protection, ensuring that the device is protected from excess RF radiation signals, while the aluminum foils provide excellent electrical and electromagnetic shielding. With its lightweight design and easy installation, it is the ideal choice for a variety of applications.

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