RF cable assembly part number FMCA1283 low loss test N female to N female cable LL335i coax and RoHS from Fairview Microwave is one of a huge selection of coaxial cables for radio, antenna and interconnect with RF components. Fairview Microwave RF coaxial cable assembly products are designed for typical use, production, laboratory test and measurement, defense / military, aerial antenna towers, etc. Low loss test N female to N female cable LL335i coax and RoHS, like our other coaxial cable assemblies, is specifically ready for quicker shipment than most in the industry can provide.
This Fairview Microwave RF coaxial assembly is manufactured with type N cable connection on one end and a N cable connection on the other end. Our N type cable assembly has a female gender on end one and female on end two. Type N cable FMCA1283 is built in a female to female coaxial assembly design and will ship quickly after the purchase.
Fairview type N female to N female cable assembly FMCA1283 is built with LL335i coax and it is a flexible design. Our N type cable assembly is manufactured with 50 Ohm N type to 50 Ohm N cable connectors and has a 50 Ohm impedance for the cable. RF specs for this type N female to N female cable can be found on its specifications datasheet PDF above.
Type N female to N female coaxial cable assembly is just one of more than a million RF parts we have available. Fairview Microwave is where to buy a high quality N type to N cable assembly for quick shipment worldwide. We also have a wide selection of other low to high frequency coaxial cables that will ship quickly from our United States warehouse. Because Fairview is one of a few RF, microwave and millimeter wave cable assembly suppliers with rapid shipping, many variations of type N cable assemblies can also be built and shipped quickly as well. Custom cable assemblies for radio, antenna, RF component inter connection and more for production, test and measurement labs, military / defense, aerospace, telecom and other RF applications for cables can be easily built.