Radio frequency assembly 4.3-10 male right angle to 7/16 DIN female low PIM cable 36 inch length using TFT-402 coax using Times Microwave components from Pasternack is part of the largest selections of same-day ship coaxial cables for RF, microwave and millimeter wave interconnect solutions. Pasternack low PIM (Passive Intermodulation, also called Intermod for short) coaxial cable assembly products are used in applications requiring high quality such as laboratory RF test and measurement, rugged and designed for defense / military, telecom antenna tower component jumper connection, production environments, general use, etc. 4.3-10 male right angle to 7/16 DIN female low PIM cable 36 inch length using TFT-402 coax using Times Microwave components, like our other Pasternack coaxial cable assemblies, will ship the same day and any custom 4.3-10 to 7/16 DIN cable assembly orders will ship same day as well.
Pasternack RF coax low PIM cable assembly is built with right angle 4.3-10 cable connection on one end and 7/16 DIN cable connection on the other. Our low PIM right angle 4.3-10 to 7/16 DIN cable assemblies have a male gender on end 1 and female on end 2. This 4.3-10 to 7/16 DIN cable is a male to female coax assembly, PE3C8249-36, can also be known as a low PIM right angle 4.3-10 plug to 7/16 DIN jack cable assembly and will be shipped same-day as it is purchased.
4.3-10 plug to 7/16 DIN jack cable assembly PE3C8249-36 is built with TFT-402 which is a flexible coax type. The Pasternack low passive intermodulation flexible 4.3-10 cable assembly is manufactured with right angle 4.3-10 to 7/16 DIN cable connectors, has a 50 Ohm impedance and is double shielded. RF specs on this 5.8 GHz maximum frequency low PIM 4.3-10 right angle male to 7/16 DIN female cable are located on the specifications PDF datasheet on this page along with CAD drawing and dimensions. PE3C8249-36 can also be used in the other direction and will be 7/16 DIN female to right angle 4.3-10 male cable assembly if the opposite connectivity is required.
