20-CBSA-0.5X0.5X0.2

Radio Frequency (RF) shielding is an integral component of electronic device design. It prevents the radiation emitted from the electronic device from being detected by receivers in various surrounding areas. The most common type of RF shield is the metal box, which is usually constructed of aluminum or steel and lined on the inside with an RF absorptive material.

20-CBSA is a RF shield that is especially suited for use in military and industrial applications. It is constructed of a 0.5 X 0.5 X 0.2 cm aluminum or steel enclosure, which is then lined on the inside with an RF absorptive material. The enclosure material is designed to block a wide range of frequency bands, from low-frequency signals in the hundreds of kilohertz range, to high-frequency signals in the gigahertz range.

The main purpose of 20-CBSA shields is to restrict the radiation emitted from electronic devices from being detected by receivers in the surrounding area. This is done by blocking the signals from entering the interior of the shield. The material used in the shield is designed to absorb the incoming signals and dissipate them as heat, so that they cannot be picked up by the surrounding receivers.

20-CBSA shields have many different applications in both the military and industrial fields. In the military, they are often used to restrict RF signals from being intercepted by enemy forces. In industrial applications, they are used to ensure the safety and functionality of sensitive equipment in hazardous areas. They are also used to prevent radio interference from communication systems, such as mobile phones, from affecting the performance of high-precision devices, such as medical scanners.

20-CBSA is a versatile RF shield that is well-suited for a wide variety of applications. Its design and construction enables it to restrict the radiation emitted from electronic devices from being detected by receivers in the surrounding area, making it an ideal choice for both military and industrial applications. The RF absorptive material is also designed to block a wide range of frequencies, making it an ideal choice for sensitive equipment in hazardous areas.