Hills Antenna FME Female to N Male Patch Lead in LL195 - 5M

Ensure high-performance RF connectivity with the Hills Antenna FME Female to N Male in LL195, 5 Metre Patch Lead, a pre-assembled, low-loss coaxial cable designed for telecommunications, antenna systems, and mobile broadband applications. This 5-metre (1 pc) patch lead features an FME Female to N Male connector configuration, providing secure, low-loss connections with 50 Ohm impedance for seamless integration with cellular boosters, WiFi antennas, vehicle-mounted radios, and other RF setups in Australian environments.

The LL195 cable is engineered for optimal signal integrity: a 0.94 ± 0.01 mm bare copper center conductor delivers superior conductivity, a 2.79 ± 0.10 mm foamed polyethylene (PE) dielectric ensures low capacitance and high signal velocity, and dual shielding with bonded AL/PET/AL foil and 90% coverage 7 x 16 x 0.12 mm tinned copper braiding effectively blocks EMI/RFI interference. Encased in a durable 4.95 ± 0.20 mm PVC jacket, it resists UV exposure and harsh Australian weather, making it suitable for both indoor and outdoor installations. Supporting frequencies up to 6 GHz with minimal insertion loss, this patch lead is ideal for compact, high-performance RF projects without requiring custom assembly.

Features:

• FME Female to N Male Connectors: Secure RF mating for mobile broadband, antennas, and telecom equipment.
• Low-Loss LL195 Design: Bare copper conductor, foamed PE dielectric, and 90% tinned copper braid for excellent signal quality.
• Advanced Shielding: Bonded foil and braided shield for superior EMI/RFI rejection in noisy environments.
• Weather-Resistant Build: PVC jacket ensures durability for outdoor antenna and telecom installations.
• Australian Engineered: RoHS compliant with a 1-year warranty for trusted performance.

The Hills Antenna 5m LL195 FME to N Patch Lead offers compact, high-performance connectivity for your RF infrastructure. Order now for a dependable, Australian-crafted solution to enhance your telecom or antenna setups.