M3BBA-2406R

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Rectangular Cable Assemblies often have intricate designs and are also referred to as micro coax or cat-5. They are an integral part of many industrial and consumer electronics. In particular, M3BBA-2406R is an example of a rectangular cable assembly, and has its own unique application fields and working principles.

M3BBA-2406R is a relatively small and lightweight assembly of two parallel and two intersecting wires. It is designed for minimal power and signal loss, and is suitable for use in high-frequency, high-power applications. The assembly is made of a stranded copper cable with a PTFE insulation, and has a maximum working frequency of up to 6 GHz. Additionally, its low inductance and extremely low skin effect makes it ideal for digital communication systems.

In terms of its application field, M3BBA-2406R is used in a variety of industries such as the automotive, aerospace, telecommunications, and medical fields. It can be used as a general-purpose link cable, for example, to interconnect various electronic components, such as displays, audio equipment, and other devices. Additionally, it is commonly used as an antenna connection, for example, in wireless base stations or radio equipment.

In terms of its working principle, M3BBA-2406R follows the same principles as any other rectangular cable assembly. The assembly is made up of two parallel conductors which are insulated from each other by air or some type of insulating material. Electricity or signals that travel through the assembly are divided into two paths, one in each conductor. These two paths then converge at the point of contact between the two conductors, or intersection. This forms a connection point that is able to carry signals or power in one direction, while blocking the transmission of signals in the other direction.

In conclusion, M3BBA-2406R is an example of a rectangular cable assembly with its own unique application fields and working principles. This type of assembly is well suited for high-frequency, high-power applications, and is commonly used in automotive, aerospace, telecommunications, and medical fields. It is also an ideal choice for digital communication systems due to its low inductance and extremely low skin effect.

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