C4064A.12.10

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Multiple conductor cables, such as C4064A.12.10, are designed to be used in a variety of applications. However, it is important to understand the specific application field and working principle of these cables.

The application field of C4064A.12.10 includes instrumentation and control, audio/video, power and signal, and many others. As a multiple conductor cable, C4064A.12.10 is designed to carry multiple signal and power paths from one point to the next. It is also designed to minimize interference and cross-talk between the conductors. This ensures optimal signal quality and improved overall performance.

When it comes to the design and construction of C4064A.12.10, its working principle includes the use of multiple individually insulated conductors. These conductors are individually insulated with either bare or tinned copper and are designed to resist electrical and magnetic fields, as well as EMI. This insulation protects the conductors from any external interference and ensures the integrity of data transmission.

C4064A.12.10 also utilizes a flexible PVC jacket material. This material is designed to be resistant to abrasion, corrosion, moisture, and other forms of environmental damage. This jacket ensures the external durability of the cable, and also provides it with increased flexibility and freedom of movement.

C4064A.12.10 multilayer cables are designed to support multiple communication standards. These standards are used to establish a reliable connection between the source and destination. Depending on the application, C4064A.12.10 cables may support a variety of communication standards, such as RS232, RS485, CANbus, 10Base-T and 100Base-TX.

In addition to the above, C4064A.12.10 is RoHS Compliant, meaning it is free of any hazardous material and is completely safe for use in a variety of industrial environments. The cable also meets the requirements of EMC directives and has a low fire hazard rating.

In conclusion, C4064A.12.10 is an ideal solution for the efficient transmission of multiple signals and power paths. With its high performance and excellent insulation properties, it is the perfect choice for applications across a range of industries. Additionally, the RoHS compliance and low fire hazard rating make it a safe and reliable solution for any environment.

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