PolyPhaser IS-NEMP-C1-ME

Type N F/M Coaxial RF Surge Protector

Type N F/M Coaxial RF Surge Protector, 50MHz - 700MHz, DC Block, 200W, 313uJ, 50kA, Blocking Cap, Bracket Up, Hole Mount. PolyPhaser coaxial RF surge protector (also known as lightning surge protector, lightning surge arrestor or suppressor) IS-NEMP-C1-ME is in-stock and will ship same-day as purchased. This radio frequency surge protector / lightning surge arrestor helps protect your equipment from electromagnetic pulse (EMP) or power surges that are commonly caused by lightning or other strong electrical changes. Our radio frequency coaxial surge protector product is commonly used for radio and antenna installations where part or all system equipment is outdoors to protect sensitive equipment and is designed to pass 50 MHz to 700 MHz while suppressing DC surge. While this radio frequency lightning surge suppressor operates in a range of frequencies from 50MHz to 700MHz, it is supporting a power handling maximum of 200 Watts. RF surge protector IS-NEMP-C1-ME from PolyPhaser incorporates blocking cap and gas tube technology to provide protection for equipment at up to the max. power of 200W. Our coax surge protection device for RF is manufactured with a type N connection in and a type N out. IS-NEMP-C1-ME is constructed with a female gender for the input and male for the output. This F/M N type to type N surge protecting component for RF has a let-through energy of 313uJ. Our N type coaxial lightning surge protector is RoHS compliant. PolyPhaser provides one of the largest varieties of RF / microwave surge protector devices available for same-day shipping. Our facilities ship type N F/M coaxial RF surge protector, 50MHz - 700MHz, DC block, 200W, 313uJ, 50kA, blocking cap, bracket up, hole mount as well as the rest of our surge protection product line from in-stock inventory the same day as purchased. We support our customers with a sense of urgency while providing innovative lightning and surge protection solutions that ensure reliable operation of critical systems for a connected world.