N Lightning Surge Protector Male to Female Bulkhead 0-3GHz with 90V Discharge Gas Tube Coaxial WiFi Lightning Arrestor

It is a high-performance 50 Ohm coaxial N-Type Lightning Protection that operates over the frequency range of DC-3 GHz. It is ideal for protecting 50 Ohm 2G 3G 4G LTE Cell Boosters and Antennas, as well as 900MHz and 2.4GHz WiFi Access Points and Routers. I1.Materials & Plated: Body brass with nickel plated,Teflon(PTFE) Insulator for a reliable signal every time Connectors: N-Male to N-Female Bulkhead 50 ohm RoHS compliant 2.Electricail Characteristics： Frequency Range up to 3 GHz Attenuation is less than 0.2 dB VSWR less than 1.2 Contact Resistance:Center conductor ≤ 1mΩ, Outer conductor ≤ 1mΩ Max Power:50W Insulation Resistance :≥ 5000MΩ Durability :≥ 500 cycles Temperature range: -40°C to +85 °C 3.Package include: 1 piece surge protector 4. Protects signal boosters from lightning strikes： Prevent a lightning strike from destroying your electrical system. The 50 ohm Arrester with N Male to Female Bulkhead Connectors can be installed to prevent expensive damage from incapacitating your circuitry. The arrestor safeguards your amplifier and boosted devices from power surges caused by lightning strikes to antennas mounted outside Arresters should be installed as close a possible to the equipment to be protected, often at the point where the coax cable enters the building. They can also be installed near the antenna for additional protection.

• 1.N lightning arrestor has a replaceable Gas Discharge Element with High Surge Power Capability and Bi-directional Protection ( 90V Gas tube)
• 2. With N type male to female Connectors 50 ohm , broad bandwidth DC-3 GHz Covers 2G 3G and 4G LTE Cellular , Attenuation less than 0.2 dB / VSWR less than 1.2
• 3. 50 Ohms Compatible with 50 Ohm Cellular Boosters, CATV, Satellite TV, Protects signal boosters from lightning strikes, Requires additional ground cable
• 4. DC Pass for Remote Powering of Amplifiers and LNA's
• 5.Lightning protector should be installed as close a possible to the equipment to be protected, often at the point where the coax cable enters the building. They can also be installed near the antenna for additional protection