10-CBSFSV-2.25X2.5X0.13

RF Shields

10-CBSFSV-2.25X2.5X0.13 Application Field and Working Principle

RF (Radio Frequency) Shields, which can also be referred to as microwave shields, are applied to protect RF circuits from interference coming from other sources, specifically at RF frequencies. The 10-CBSFSV-2.25X2.5X0.13 RF Shield is a type of RF Shield that provides a conductive surface area in which to absorb, redirect, and/or dissipate the incoming RF energy. It is capable of blocking signal transfer of frequencies up to 10GHz.

The 10–CBSFV-2.25X2.5X0.13 RF Shield is designed for use in various applications, such as continuous wave and pulse, noise filtering, mobile or wireless phone signal shielding, and high and low frequency circuit shielding. This RF Shield is typically used to protect sensitive components in electronic equipment, such as circuit boards, wiring, motors, etc., from interference coming from other sources, such as radio broadcasts, cellular or Wi-Fi signals, and other microwave radiation.

The 10–CBSFV-2.25X2.5X0.13 RF Shield works by reflecting, absorbing, and/or dissipating the unwanted radiation coming from outside source. The material used for this type of RF Shield is a conductive and dielectric material, such as aluminum oxide or copper. This material is designed to act as a barrier for the incoming radiation, effectively deflecting or dispersing the RF energy away from the protected area.

The 10–CBSFV-2.25X2.5X0.13 RF Shield is also designed to reduce or eliminate any RF interference from interfering with the protected area, enabling high performance, low noise level, and overall reliability. The RF Shield is typically constructed of a combination of conductive and dielectric materials, providing superior shielding performance across a wide range of frequencies. The RF Shield also has excellent electrical stability, providing a high degree of efficiency against interference from high-end signals.

In conclusion, the 10–CBSFV-2.25X2.5X0.13 RF Shield is a type of RF Shield that can be used in various applications to provide protection against interference from outside sources. It is designed to absorb, refract, and/or dissipate the incoming RF energy, ultimately providing a conductive surface area in which to effectively shield against the incoming radiation. This type of RF Shield is designed to provide a high degree of efficiency and performance, reducing or eliminating interference while maintaining a low noise level. The RF Shield is typically constructed from a combination of conductive and dielectric materials, providing superior shielding performance across a wide range of frequencies.