Feature

●Ultra low loss RF cable assembly ensures maximum signal retention with wireless transmission and reception
●Outer Material: Flexible UV resistant FR-PE Outer Diameter: 0.405" (10.3mm) Nominal SRL: Meets MIL-C-17/74 - Foam Dielectric Assist Flexibility
●Made in the USA by FCC approved amateur radio operators - verified with Bird SiteHawk SK-4000 to ensure VSWR 1:1.35 or less
●This low loss coaxial transmission line can be used in most applications where good handling characteristics, improved shielding, and low loss are required


Description

From the Manufacturer

All Times Micmicrowave ULTRAFLEX cables sold on Amazon.com are manufactured for Amazon by MPD Digital.

Coaxial CB, ham, and RF radio cables are manufactured by FCC licensed amateur radio operators and tested and approved to provide low loss power cables that provide optimal RF connectivity. MPD Coaxial Antenna Cables have proven their performance in military, EMS and harsh environments throughout the world. MPD Digital uses genuine TIMES MICROWAAVE brand coaxial cable made in the USA.

Cheap antenna coaxial cables end up with economic loss. Coarse copper conductors with poor quality of contaminated PVC jackets and shields seem to be less cost, but the signal degradation is required to replace more frequently. The cables produced by MPD are designed to last 20 years in the worst weather.

Times Microwave Systems was founded in 1948 as a Times Wire and Cable Company. TMS is the pioneer of closed cell low-loss polyethylene pioneering closed cell low-loss polyethylene dielectric and PTFE dielectric coaxial cables with low loss tape. These developed products have established high performance coaxial cables. Since its inception, the company has been dedicated to improving the technology of coaxial cables and developing innovative cable products to meet the growing demands of RF transmitting products. The expertise that provided cable solutions for growing demands for fighter equipped electronic equipment resulted in the development of ultra-low loss coaxial cables in amateur and broadband wireless applications.