Кабель коаксиальный 75 Ом многожильный EXTRON 150м RG59-3MHR-3/500, 22-124-02

RG59-3MHR-3 Three Conductor RG59 High Resolution and Three Conductor MHR - Mini High Resolution Cable Параметры •Three 20 AWG & three 26 AWG 75 ohm coax conductors — This high resolution cable includes three color-coded 20 AWG, 75 ohm coaxial conductors and three color-coded 26 AWG, 75 ohm mini coaxial conductors. Each conductor is individually shielded with aluminum foil and tinned copper braid shield to reduce interference. •High resolution video signal distribution — This high performance cable is ideal for critical applications requiring high resolution signal distribution over long distance cable runs with minimal signal loss. •NEC CM rated, non-plenum cable — Extron RG59-3MHR-3 cable is available with a NEC CM non-plenum rated SuperFlex jacket. •SuperFlex jacket with sequential numbering — Extron RG59-3MHR-3 cable features a smooth NEC CM SuperFlex jacket for easier installation, and with sequential numbering that enables quick calculation of the cable used and remaining on the spool. •Spools of 500 feet (150 m) The Extron RG59-3MHR-3 cable offers greater performance for signals being run over long distances. Signal loss, seen as an image's loss of brightness and sharpness, can be experienced when cable runs travel over long distances. Signals with higher frequencies are especially vulnerable to signal loss over long distance cable runs. With increased performance, this cable is able to handle higher resolution signals and is ideal for critical applications. The high resolution cable is perfect for carrying high resolution video signals over long cable runs because it offers a combination of high performance, flexibility, and value. RG59-3MHR-3 comprises six 75 ohm, coaxial conductors. Three 20 AWG conductors carry the R, G, and B, while three 26 AWG conductors carry the horizontal sync, vertical sync, and an additional signal, such as composite video. Each conductor is color-coded, shielded, and wrapped in a single flexible jacket.