Solder connector with N male connector compatible for RG-213 cable more Manufacturer: mirmidon Reference CON4260
N type male connector for soldering with LMR400 cable identified with reference 4260. Its technical characteristics include an impedance of 50 ohms, a frequency range of 0 to 3 GHz and a supported voltage of 500V RMS. The VSWR parameter is less than or equal to 1.15 in a straight position and less than or equal to 1.25 at a right angle. The contact resistance is up to 1 mO both on the central contact and on the outside. The insulation resistance is at least 5000 MO and the operating temperature ranges from -65 ° C to + 165 ° C with an estimated durability of more than 500 connections.
In the lower section the composition of the connector is detailed the body is made of brass with a nickel plating the central conductor is made of gold plated brass the material is a nickel plated copper alloy the O-ring is made of silicone and the insulator is made of PTFE. connector in millimeters highlighting a length of 38.7 mm and an external diameter of 11 mm below this diagram a photograph of the connector is shown where you can see its exterior design with a plated finish.
Valid for cable with an approximate diameter of 10.3 mm
Belden 9913: Offers low loss and is suitable for high frequencies, similar to LMR400, with excellent performance for antenna and RF transmission applications.
Times Microwave LMR400UF: Flexible version of the LMR400, ideal for installations requiring greater flexibility without sacrificing performance.
RG213: Although somewhat lossier than LMR400, it is a robust option for short and medium distance RF and antenna applications.
Commscope CNT-400: Comparable to LMR400 in loss and power handling capabilities, suitable for VHF/UHF and microwave frequency applications.
AIR802 CA400: Designed with low loss characteristics similar to LMR400 and suitable for long distance RF applications, especially in Wi-Fi and antenna systems.
RF Industries RFC400: Low-cost alternative to LMR400, with similar low loss properties and flexibility in RF applications.