M6MMT-1418J

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Rectangular Cable Assemblies have been in wide use across industries for decades now. They are durable and reliable, and have seen application in several fields, including communication systems, defense systems, aerospace industries, medical fields, and so on. One particular rectangular cable assembly, the M6MMT-1418J, has seen use in a variety of applications. This article will discuss the M6MMT-1418J’s application field and how it works in order to explain how it fits into the larger category of rectangular cable assemblies.

Application Field – Telecommunications

In terms of application field, the M6MMT-1418J cable assembly has been widely used in telecommunications systems. It is especially beneficial for systems that require a high level of robustness and noise immunity, as it features an alloy-over-copper (AOC) cable as well as an EMI shield. The versatility of the assembly has made it a popular choice for in-building and office connectivity, as well as a variety of network hardware and home theater systems.

The assembly is even commonly used in public safety radio systems, where it has a proven track record of safe and reliable transmissions. In addition, its affordability and versatility make it a great choice for small businesses, as it can easily be adapted and customized to the needs of a particular project. The M6MMT-1418J is also popular in university laboratories, where its high degree of customization and performance is often necessary.

Working Principle

The M6MMT-1418J cable assembly is a multipair cable, meaning it consists of multiple cables connected to one another. Each of these cables is individually insulated, and can hold either a signal or power line. The assembly is constructed in two halves, with a mating connector at either end. One half of the assembly is designed for easy insertion into the mating jack, while the other contains the contacts that make connection to the circuit board.

The assembly is based on a specified to ensure uniform performance in all applications. This includes a combination of factors, such as its plug configuration, cable length, cable diameter, and the type and gauge of wire used inside the cable. Each of these features plays a role in the overall performance of the assembly, ensuring that all signals and power lines travel correctly and that electrical noise is kept to a minimum.

The construction of the M6MMT-1418J cable assembly is also designed to minimize EMI interference, further improving its noise immunity. This is achieved through an anti-EMI shield on the connectors, shield termination, and an alloy-over-copper (AOC) cable which features a low capacitance design that allows for efficient signal transfer. This combination of features makes the M6MMT-1418J ideal for use in high-noise environments.

Conclusion

The M6MMT-1418J cable assemblies offer a combination of affordability, versatility, and robustness, making them a popular choice in telecommunications systems. Its low capacitance design, EMI shielding, and alloy-over-copper cables give it excellent noise immunity, making it suitable for a variety of applications ranging from indoor networking to public safety radio systems. Finally, its easily customizable and available in different lengths and gauge sizes. All these features combined make the M6MMT-1418J a great option for a variety of rectangular cable assembly needs.

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