RMDM-25SHV42L-A174 Cable Assemblies

D-Sub Cables

RMDM-25SHV42L-A174 Application Field and Working Principle

A D-sub, or Double-Subminiature, cable is a type of cable that consists of a connector shell that contains multiple contacts that are used to connect different types of electrical devices. The RMDM-25SHV42L-A174 is a D-sub cable designed for data and serial communication. It features a male D-sub connector with 25 discrete contacts that enable 25-way interfaces when connected to the appropriate female counterparts.

This D-sub cable can be used for a variety of applications, including serial-data communication, telecommunications, and automation control. It is also commonly used in industrial settings for data transmission, making it ideal for both residential and commercial contexts.

The working principle behind the RMDM-25SHV42L-A174 is relatively simple. When it is connected to the appropriate female counterparts, it enables a 25-way interface for data transmission. The configuration enables data to be sent and received between two points. In this sense, the data is sent over the cable, and the connectors on the two ends act as receivers.

The RMDM-25SHV42L-A174 is a robust and reliable cable. It is constructed from high-quality materials, and it is highly resistant to wear and tear. It also features gold-plated contacts for improved connectivity and signal quality. The cable is also RoHS-compliant, meaning that it is free of hazardous materials.

The RMDM-25SHV42L-A174 also features a wide range of other benefits. It has a relatively low profile, which makes it ideal for tight spaces. It also features an overall improved design that is more resistant to stress and strain. As such, it is perfect for applications where the cable must withstand a lot of stress and strain.

In conclusion, the RMDM-25SHV42L-A174 is a high-quality D-sub cable that is ideal for data transmission applications. It is designed to withstand a lot of stress and strain and is incredibly reliable. It also features gold-plated contacts for improved signal quality and an improved design that is highly resistant to wear and tear.