Low Loss SMA Male to N Female Bulkhead Cable using LMR-240-DB, 6 FT

Product Datasheet

L-com's LCCA30273-FT6 is a low loss SMA male to N female bulkhead cable assembly using LMR-240-DB coax, 6 FT with Times Microwave components and ships same-day. The LMR-240-DB coax of this SMA cable uses the PE (F) dielectric with a VoP of 84%, resulting in very low insertion loss compared to solid dielectrics. These flexible RF cable assemblies are ideal for applications where flexure is required. Our L-com SMA to N cable assembly has a male to female gender configuration with flexible LMR-240-DB series coax and operates to 5.8 GHz. The double shield of this SMA cable is layered by tinned copper braid over aluminum tape providing shielding effectiveness greater than 90dB. L-com's RF cable assembly with N bulkhead interface enables system designers to have external connections on their product enclosures or to be used for other rack mount and panel mount applications. *LMR  is a trademark of Times Microwave Systems. Custom versions of this SMA male to SMA female cable, along with the rest of L-com's other RF assemblies, can also be built and shipped same day. Other available RF cable assembly value added services from L-com include connector orientation or clocking, heat shrink booting and custom labeling. RF testing can also be performed to document the electrical performance of your cable assembly. Contact a sales representative for testing or custom RF cable quotes. Part number LCCA30273-FT6 L-com Low Loss SMA Male to N Female Bulkhead Cable Assembly using LMR-240-DB Coax, 6 FT with Times Microwave Components data sheet PDF includes details of the RF product specifications, CAD drawing(s) and dimensions below. Features and Applications Using Times Microwave Components, Max Frequency 5.8 GHz, Shielding Effectivity > 90 dB, 84% Phase Velocity, PE Jacket, Low Insertion Loss, Bend Radius of 2.5 Inches, General Purpose, Laboratory Use, Antenna Installations, Land Mobile Radio & Other Communication Systems, Cellular & Wi-Fi Systems,