M3BMK-5006J

Rectangular Cable Assemblies

Rectangular cable assemblies are assemblies of cables or wires that are arranged, spliced, or connected in a rectangular shape. These assemblies provide an effective way of providing electrical and data connections between devices, and are commonly used for automotive, medical, industrial, and even military applications. The M3BMK-5006J (hereafter referred to as “M3”) is a type of rectangular cable assembly that is designed for high-speed, high-power applications. In this article, we will discuss the application field and working principle of the M3.

Applications of the M3

The M3 is designed for applications that require a high degree of electrical and data connectivity, and it is primarily used in automotive, aerospace, medical, communications, and military applications. It is particularly well suited for applications where vibration, shock or other environmental factors are present, as its design provides maximum durability and reliability.

In automotive applications, the M3 is commonly used to connect sensors, switches, and other electrical components to the car’s power and data systems. In aerospace applications, the M3 is used for cable interconnections between multiple aircraft components, such as antenna connectors, instrumentation jacks, and control systems. In medical applications, the M3 is used to connect medical equipment, such as X-Ray machines and CT Scanners, to a centralized system. In communications applications, the M3 is used to tie together multiple communication components, such as radio tower antennas, opto-electronic transceivers, and microwave transceivers. Finally, the M3 is used in military applications to interconnect various types of portable equipment, such as radios, computers, and other related components.

Working Principle of the M3

The M3 is constructed from a series of three flexible ribbon cables that are bundled together and surrounded by insulation material. The three ribbon cables are arranged with a clear center that provides a protected base for the cabling, while the two outer cables are bent slightly so they fit against the sides of the center cable. This arrangement gives the cables a rectangular shape, thus providing the highest electrical communication capabilities between terminals.

Each of the ribbon cables contains an inner, highly insulated conductor that is protected by an outer metallic shield. The center cable in the M3 generally contains two or three conductors, depending on the application. The two outer cables contain up to six conductors each. The insulated core of the outer cables is designed to allow for a wide variety of cable configurations, including twisted pair, multiple pairs, and even coaxial cable arrangements.

The three ribbon cables are then wrapped together with an electron beam cross-linked polyolefin material. This material provides a high degree of resistance to vibration, shock, and temperature extremes. It also creates a strong mechanical connection between the cables and provides an extra layer of protection to the cables.

The M3 is designed with a wide variety of connector solutions that can be used for different applications. These include high frequency connectors, D-sub connectors, M20 and M32 connectors, and board-to-board connectors. Additionally, the M3 also includes a variety of knobs and pressure switches that are used to control the assembly’s operation.

Conclusion

The M3 rectangular cable assembly provides an effective solution for high-speed, high-power applications. It is designed to withstand harsh environmental conditions and is perfect for applications that require a high degree of electrical and data connectivity. The M3 is used in a variety of automotive, aerospace, medical, communications, and military applications. Its sturdy design, consisting of three flexible ribbon cables wrapped in electron beam cross-linked polyolefin material, makes the M3 a reliable and durable solution for a range of applications.