Low Loss SMA Male to N Female Bulkhead Cable Shrink Boot LL142 2 FT
L-com low loss SMA male to N female bulkhead cable assembly with heavy duty heat shrink boot using LL142 coax, 2 FT is available for same day shipping from our facility. This high quality SMA cable is part of a large selection of in-stock, commercial-off-the-shelf and custom-built coaxial cable assemblies for RF / microwave. LCCA30017-FT2 SMA cables from L-com are a great choice for solutions requiring high quality and rapid shipping. These high-quality RF coax cable assemblies can be used for telecom, military / defense, laboratory test & measurement, industrial / commercial and many other applications. Our expert technical support and knowledgeable sales teams are ready to help answer your RF coaxial cable assembly questions.
These RF low loss coaxial cable assemblies are built with SMA connection on one end and N bulkhead connection on the other. This low loss SMA to N cable from L-com has a male to female gender combination. Our SMA male to N female coaxial assembly part number LCCA30017-FT2 can also be known as low loss SMA plug to N jack cable assembly when using alternate gender names.
SMA plug to N jack cable assembly LCCA30017-FT2 is manufactured with a flexible coax. These flexible SMA to N cable assemblies use LL142 coax and are triple shielded. L-com triple shielded low loss SMA male to N female bulkhead cable assembly with heavy duty heat shrink boot using LL142 coax, 2 FT is built from quality components by skilled assemblers with many years of experience.
Maximum frequency for these SMA to N M/F cables is 18 GHz. Technical performance specifications on these 18 GHz SMA male to N female bulkhead cables are located on the LCCA30017-FT2 datasheet PDF along with CAD drawing and dimensions. The L-Com RF cable assembly data sheet with specs, drawing dimensions can be found on this product page just above. This product can also be called a low loss N female bulkhead to SMA male cable assembly because it can be used in the opposite direction.