M39012/56-3026

Coaxial Connectors (RF) have a wide range of applications. The M39012/56-3026 is one particular type of coaxial connector, used in many different fields. This article will discuss the M39012/56-3026’s application fields and its working principle.

Application Fields

The M39012/56-3026 is primarily used in aerospace and military applications. There are many reasons for this. Firstly, the M39012/56-3026 has a high frequency rating, making it exceedingly reliable in these sorts of environments. Secondly, it has very low insertion loss, meaning that signal power losses during transmission are kept to a minimum. Lastly, it is able to withstand temperatures ranging from - 55℃ to +125℃, ensuring it can be used in hostile climates with no effect on performance. Additionally, the M39012/56-3026 is also often used in RF transmission applications such as satellite systems and antennas.

Working Principle

The M39012/56-3026 uses a variety of technologies to enable efficient operation. Its most prominent feature is its male contact pin, which is typically of a solid brass construction. This contact pin is designed to fit into a corresponding female contact point, with the help of an outer sleeve. This ensures secure harmonica connections with the added benefit of ensuring that the contact points remain rigid and maintain their electrical properties. The insertion loss is further kept to a minimum due to the use of a gold-plated silver alloy on the contact pins, ensuring short-arc transmission of signals across the connection. The cable employed for connection is typically semi-rigid heat-resistant coaxial cable, ideal for the application.

In conclusion, the M39012/56-3026 is a type of coaxial connector commonly used in a variety of applications, with its main uses being in aerospace and military applications due to its reliable performance. It employs technology such as a male contact pin, which is designed to fit into a corresponding female contact point. Additionally, the use of a gold-plated silver alloy on the contact pins and semi-rigid heat-resistant coaxial cable ensure that the insertion loss of the system remains extremely low. In this way, signal power losses are minimized, improving the efficiency of the system.