M3AWK-1636J

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Rectangular Cable Assemblies refer to interconnecting cables composed of individual cables, each individually containing multiple conductors. As a prominent example of the range of such assemblies, M3AWK-1636J is a common wiring method and product for RFID antenna wiring. In this article we’ll break down the applications, construction, and working principle of this cable assembly.

Applications

M3AWK-1636J is a popular choice for a range of RFID applications. Its construction specifics make it a reliable choice across multiple environments such as industrial, retail, aviation, and automotive. Examples of applications include:

• Automated Vehicle System Wiring – M3AWK-1636J is a trusted method for wiring automated vehicle systems due to its excellent signal transmission capability and superior flexibility.
• MES System Wiring – M3AWK-1636J is a common use within MES (Manufacturing Execution System) systems to provide quality control within manufacturing.
• Retail Tracking Systems – This cable assembly is also an excellent choice for RFID-related retail tracking applications such as product sales, inventory tracking, and real-time stock visibility.

Construction

M3AWK-1636J is constructed from two individual cables of the same length but different cross-sections. The inner cable is composed of 16 individual stranded copper wires while the jacketed cable contains 36 individual copper wires. This combination provides a strong conductor for transmitting radio frequency signals.

The two cables are bound together with a solid polyester jacket bonding material. This ensures flexible handling and strain relief while also protecting the internal conductors from external sources of interference. Additionally, the two cables are braided together to provide superior durability and strength.

Working Principle

M3AWK-1636J is an extremely dependable and reliable method of transmitting radio frequency signals. The two cables contain a total of 36 insulated copper wires, each with a grounding shield layer of polyester weave that acts as a barrier to external sources of interference.

The main working principle of this assembly involves alternating the direction of the two wires to reduce the impedance of the transmission and to provide excellent signal performance. This mechanism ensures that the signal remains unaffected by any external sources of interference and can travel freely over long distances.

In addition, the two cables are wound together tightly to ensure stability and strength. This crossing of two alternating cables further reduces interference and increases signal penetration depth, meaning that signals can travel longer distances without being affected by external noise.

Conclusion

M3AWK-1636J is a common wiring method and product for RFID antenna wiring. It is suitable for a variety of applications across multiple environments such as industrial, retail, aviation, and automotive due to its unique construction and excellent signal transmission capability. The two cables are composed of individually insulated copper wires and are also braided together and wound together tightly to ensure excellent signal performance. The alternating direction of the two wires also helps to reduce the impedance of the transmission, resulting in superior signal strength.

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