M3DGK-5036J

Rectangular cable assemblies come in various shapes, sizes, and configurations to fit various applications. The M3DGK-5036J is one such cable assembly, designed for a wide variety of applications. This cable assembly can be used in manufacturing, automotive, aerospace, and military applications, among many other types of applications. It is designed to meet MIL-STD-202G, 735B, and many other industry standards.

The M3DGK-5036J cable assembly is made of a rugged black polyurethane-coated electrical cable that is designed to last long and perform reliably. It also features a waterproof connector with 360° strain relief, and double-molded sidewalls for extra protection. The cable is also shielded with a braided copper shield and fitted with an extended length heat shrink to protect the cable against moisture, vibration, and abrasions.

The M3DGK-5036J is designed for extreme temperature ranges, from -76°F to 300°F (-60°C to 149°C). It is also designed to withstand up to 3000 PSI of static pressure and shock up to 200G. The cable assembly is also designed with a 2-pole contact system, which is designed to reduce crosstalk and interference. Additionally, it is RoHS and REACH compliant, making it a safe option for many different applications.

In terms of the working principle of the M3DGK-5036J cable assembly, it is designed to provide a reliable connection between two components. The electrical cables are connected to a connector, which then connects to another component. The connectors are designed with a latching system to ensure a secure connection, and also provide strain relief. Additionally, the assembly is designed to minimise the possibility of electromagnetic interference by using shielding around the cables and a grounding clip.

The M3DGK-5036J cable assembly provides a robust and reliable connection for many different types of applications. Its rugged construction and design make it suitable for military, manufacturing, and automotive applications, and it is designed to withstand extreme temperatures, static pressure, shock, and vibration. Additionally, its locking system and shielding make it an excellent choice for applications where electromagnetic interference needs to be reduced.