14RA-CBSA-1.0X4.0X0.13

Introduction

14RA-CBSA-1.0X4.0X0.13 is a type of RF shield used for controlling radio frequency signal interference. It is a reflective or absorptive shield employed to contain and control exposure within a specific frequency range. The shield is designed to protect equipment from emission or reception of RF signals.

Application Fields

14RA-CBSA-1.0X4.0X0.13 is primarily used in electronic communication and electronics engineering fields. It is used in the electronic communication industry to protect communication equipment from RF signals. In electronics engineering, the shield is used in the production of antennas and other electronic components. It can also be used for any application that requires a reflective or absorptive shield.

Working Principle

14RA-CBSA-1.0X4.0X0.13 works by reflecting or absorbing electromagnetic waves in the frequency range it is designed for. The construction materials used in the variety of applications can differ depending on the type and purpose of the shield. The most common materials used for reflector shields are aluminum or copper, while absorptive shields are usually made of foam. These materials are used in combination with a conductive material like metal screen or conductive paint to create a Faraday cage. The construction of the Faraday cage helps to contain electric fields and magnetic fields.

The reflection or absorption of electromagnetic waves is achieved using two main techniques. The first technique is by using a reflective shield made of a highly conductive metal, which reflects most of the electromagnetic waves away. The second technique is to use an absorptive shield, which is made of foam or other absorptive materials to absorb the electromagnetic waves.

Conclusion

14RA-CBSA-1.0X4.0X0.13 is a reflective or absorptive RF shield used in the electronic communication and electronics engineering fields to protect against RF interference. The shield works by reflecting or absorbing electromagnetic waves in the frequency range it is designed for. The construction of the shield can vary depending on the application, with reflective shields being made of highly conductive metals and absorptive shields usually using foams or other absorbent materials.