25-CBSA-1.0X2.75X0.225

A RF shield is any type of passive barrier used to contain or isolate electromagnetic signals and components in order to prevent interference between them. RF shields come in a variety of types, with 25-CBSA-1.0X2.75X0.225 being just one of the many options available.

This RF shield is often used in complex circuit boards, such as in healthcare-related and automotive electronics, where shielding centers around high-speed and low-frequency radio signals. It also has a wide range of applications in the aerospace, defense, medical, and wireless industries. As such, it is an essential component for any circuit designs that require RF interference protection.

This type of RF shield utilizes aluminum as the conductor and has a frequency range of DC to 18 GHz. It is also designed to maintain a high level of signal integrity while minimizing susceptibility from outside sources. The aluminum construction allows for a high level of durability to ensure that the RF shield can handle high temperatures, humidity, and vibration.

The working principle of the 25-CBSA-1.0X2.75X0.225 is simple but effective. The shield is designed to block certain frequencies from entering the circuit board while allowing other frequencies to pass through. This is accomplished through the use of aluminum walls and microporous layers, both of which work to diffuse any stray signals. By doing this, the shield is able to effectively block any high-frequency interference while allowing the desired signals to pass through.

RF shields are an essential component for any device or circuit that needs to be protected from interference. The 25-CBSA-1.0X2.75X0.225 is one type of RF shield that offers a high level of performance and reliability. It can be used in a variety of applications, including healthcare-related, automotive, aerospace, and wireless industries. With its durable aluminum construction and effective working principle, this RF shield is a great choice for any design that needs top quality RF interference protection.