The RF coaxial connector and cable assembly incorporates two SMB right angle female connectors, tethered using an RG-316 cable. Mueller Electric often supplies this assembly for telecommunications equipment, GPS devices, wireless systems, testing instrumentation, automotive electronics, aerospace and defense, as well as IoT devices. The compact footprint of the connector and cable system makes it an efficient use of space in narrow settings that require precise and reliable radio frequencies. Aside from size, every component in the RF coaxial connector and cable assembly is selected with durability, maneuverability, and ease-of-use in mind.
The SMB right angle female connectors optimize connectivity in tight spaces by protecting transmissions from long-term bending strains as well as improved routing due to their minimized presence. Gold-plating accentuates these qualities while protecting the system from potential corrosion at the site of coupling. The female to female configuration allows for SMB male plugs on either side of the RG-316 cable.
RG-316 cables give connector and cable assemblies an added degree of dexterity as a result of its thin diameter. These popular cables are engineered with a shielding design, which encases conductive, braided wires in an additional protective layer of Polytetrafluoroethylene/Teflon to guard from external interference or signal leakage.
Mueller Electric can customize this coaxial system with SMB right angle female connector with RG-316 lengths ranging from six-, 24-, and 36-inches, and one-meter, and 250- and 500-millimeters. Depending on the limiting connector type and cable length selection, this assembly can facilitate radio frequencies up to four gigahertz and maintains a connector impedance of 50 Ohms.
Contact Mueller Electric today to place an order for this RF coaxial connector and cable with SMB right angle female connectors with an RG-316 cable in addition to RG-316DS, RG-174, RG-142, RG-58, and RG-086 cable options and various connectors or to discuss additional project components.