M3BBA-1436R

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Connector Type:	Socket to Socket
Number of Positions:	14
Number of Rows:	2
Pitch - Connector:	0.100" (2.54mm)
Pitch - Cable:	0.050" (1.27mm)
Length:	3.00' (914.40mm)
Features:	Strain Relief
Color:	Multiple, Ribbon
Shielding:	Unshielded
Usage:	--
Cable Termination:	IDC
Contact Finish:	Gold
Contact Finish Thickness:	30.0µin (0.76µm)

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Rectangular Cable Assemblies: M3BBA-1436R Application Field and Working Principle

Rectangular Cable Assemblies are cable assemblies intended to provide efficient connectivity between two or more electronic components. The M3BBA-1436R round cable assembly is one such device, providing power and signal between components in industrial, medical, and military applications. The M3BBA-1436R cable assembly has a reliable design that is highly resistant to EMI and vibration, and its applications are varied and wide-ranging. This article will examine the application field and working principle of the M3BBA-1436R. The M3BBA-1436R is used in three primary application areas: industrial, medical, and military. Its versatility and robustness mean that it can provide power and signal in these environments, in a range of technologies from standard mechanical cabling to sophisticated interconnect technologies such as Flexible Printed Circuits, multi-way connectors and hybrid cables. Its high resistance to EMI and vibration also make it ideal for a range of harsh and hazardous environments.The M3BBA-1436R is a round cable assembly that consists of two individual cables, this being a range of power and signal cables. The cores of the cables consist of twisted pairs of cables, providing the required insulation and protection against interference or EMI. The outer layer is braided for added rigidity and durability, providing the connector system with a strong structure.The M3BBA-1436R can be provided as a single cable assembly, with an entirety of one type. Alternatively, it can also be provided as a hybrid cable assembly, offering one cable type for power and one for signal. Additionally, M3BBA-1436R cables can be provided with two, three, or four separate cables for even greater versatility.The M3BBA-1436R is able to provide power and signal in a variety of ways. In an industrial setting, the M3BBA-1436R can provide power via a DC power adapter, while signals are transmitted through a variety of standard transmission protocols such as RS232 or USB. In medical applications, the M3BBA-1436R can provide power to medical equipment and also be connected to patient monitoring systems to transfer vital readings. Similarly, in military applications, the M3BBA-1436R can provide power and signal transmission for defense equipment, such as communications networks, radar systems and navigation tools.The M3BBA-1436R’s working principle is based on the principle of electrical conduction. Conductors, such as copper, are the basis of all electrical conduction, and this technology relies upon the conduction of electricity to transfer power and signal from one device to another. The electrical conductivity of the M3BBA-1436R is improved by braiding the two-core cables together. The cores can then be ‘soldered’ together, allowing for improved electrical conduction, as well as providing structural support and durability. The braided outer layer on the M3BBA-1436R provides further protection against EMI and vibration.The M3BBA-1436R provides excellent current-carrying capabilities, as well as good noise and isolation levels. This makes it suitable for a wide range of power and signal transfer applications, from standard mechanical cabling, to sophisticated hybrids. The M3BBA-1436R also has a robust and reliable design, making it ideal for harsh and hazardous environments.In summary, the M3BBA-1436R is a versatile rectangular cable assembly designed for power and signal transfer in industrial, medical and military applications. It has a robust and reliable design, with excellent current-carrying capabilities and resistance to EMI and vibration. Its working principle is based on electrical conduction, and is suitable for a variety of transfer applications.

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