2118706-2 RF/IF and RFID

RF Shields

A 2118706-2 application field and its working principle, is a the combination of two Shielding technologies - RF Shielding and EMI Shielding. It is designed for use in electronic products that require protection from electromagnetic interference. EMI shielding is used to protect the circuitry inside of the product. RF Shielding is used to limit or minimize the amount of the RF energy emitted from the product.

2118706-2 is used for applications involving shielding of electric and electronic wires and components. It is a highly effective shielding solution for providing physical protection from electromagnetic radiation. The material is made with a lightweight, low profile, high-grade aluminum alloy that provides excellent shielding properties and a durable finish that resists abrasion and corrosion. The shielding material also features an RF screening effectiveness that is rated at 90dB. It is used to provide a barrier to protect personnel, property, and equipment from the effects of electromagnetic interference from sources such as power lines and communication antennas.

2118706-2 can be used in various types of application fields. These include military and aerospace, consumer electronic, broadcast and electronic communications, medical and industrial. In most cases, the material is applied to the outer surfaces of the product for maximum shielding effectiveness. The material can also be applied to the inner surfaces of equipment, such as in the case of shielding an RF communication system.

The working principle of 2118706-2 is fairly straightforward. The material is used to form a conductive barrier that blocks or limits the transmission of RF energy. This is accomplished by inducing a equal but opposite current which cancels out the incident RF energy from entering the protected area. This creates a two-way RF-blocking boundary that effectively blocks both outbound and inbound RF energy.

In addition to providing RF and EMI shielding, 2118706-2 also provides thermal protection, corrosion resistance, and chemical resistance. The thermal protection ability prevents heat produced by high-power components from causing damage to the product. The material can also protect components from corrosion and water damage, as well as providing a protective barrier against chemical spills.

In conclusion, the application field and working principle of 2118706-2 are based on shielding technology. The material is used to provide physical protection against electromagnetic radiation and create an effective two-way RF-blocking boundary. Its thermal protection, corrosion resistance, and chemical resistance capabilities make it an ideal shielding solution for a wide variety of applications.