1.5-5-CN3190 RF/IF and RFID

1.5-5-CN3190 is a kind of shielding and absorbing materials available in the RF and EMI industry. The material is custom-designed to protect electronic equipment from electromagnetic interference (EMI) and radio frequency interference (RFI). It can be used to create barriers between RF and EMI sources and other devices.

The 1.5-5-CN3190 material consists of multiple layers, each of which is designed to interact with electromagnetic radiation in different ways. These layers include an outer conductive layer, a dielectric/conductive layer, and an inner conductive layer. The conductive layers are made of high-conductivity material such as copper, aluminium, or silver. The inner, conductive layer is further subdivided into two sections. The first section is designed to absorb electromagnetic energy and convert it into thermal energy. The second non-conductive section concentrates the absorbed energy between the dielectric/conductive and conductive layers, creating a waveguide effect that focuses the energy further.

In terms of application, 1.5-5-CN3190 is most commonly used to reduce EMI and RFI from electronic equipment. It can also be used to reduce the coupling of electromagnetic radiation between circuits in the same equipment. The material is often used in the telecommunications industry, to reduce crosstalk between devices, as well as in the audio industry, to reduce electromagnetic humming. It is also found in medical and industrial applications, in order to reduce the electromagnetic interference between medical instruments and other electrical equipment. The material has been tested to meet various European Union (EU) requirements, including those set by the European Telecommunications Standards Institute (ETSI).

Overall, 1.5-5-CN3190 is an essential shielding and absorbing material for RF and EMI applications. Its layers can be designed to interact with electromagnetic radiation in order to reduce interference between devices, making it an ideal choice for a wide range of industries. Its effectiveness in high-power applications has been demonstrated, and its compatibility with EU standards makes it an attractive option for users in the region.