14R-CBSA-1.5X3.75X0.13

14R-CBSA-1.5X3.75X0.13 is a specialized device known as a RF shield, which is designed with a special application field and working principle. It typically plays a key role in protecting valuable electronic and wireless equipment from interference, including that caused by RF transmissions.

The application field for this particular type of shield is mostly related to radio frequency wires, which include broadcast antennas, cable TV systems, radios and other equipment which are exposed to high levels of electromagnetic radiation in the form of RF signals. RF shields are also widely used in areas where the electromagnetic field strength becomes too high for standard shielding technology, such as industrial and aerospace applications.

With regards to its working principle, 14R-CBSA-1.5X3.75X0.13 is specifically designed to block and absorb incoming RF signals. This is achieved by its unique material composition and its special design. The shield consists of a polyethylene insulating layer and a highly conductive metal frame, which is often composed of aluminum. The combination of these two materials creates two separate chambers, which serve to block or absorb incoming RF signals, with the insulative layer keeping out all other frequencies.

In addition, the frame itself is often equipped with holes or slots to channel the RF signals away from the protected area. This further improves the shield\'s efficiency, as it limits the amount of RF signal that can penetrate the area and reach the protected components. This is especially useful in heavily congested areas or in those prone to environmental interference.

The 14R-CBSA-1.5X3.75X0.13 is just one example of a RF shield, but it demonstrates the basic idea behind how these devices work. In essence, RF shields are designed to protect electronics and sensitive equipment from interference caused by radio frequencies, by blocking or absorbing these signals before they have a chance to cause any damage. This helps to ensure that the equipment remains protected from any potentially harmful electromagnetic radiation.