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2321648 Cable Assemblies: Application Field and Working Principle

Cable assemblies are versatile and reliable products that have been used in a wide variety of industrial applications. From aerospace to consumer electronics, cable assemblies are used to perform a variety of functions within these systems, from providing electrical and mechanical performance to data transmission. To ensure product longevity, reliability, and ultimately customer satisfaction, it is important to understand the application field and working principle of 2321648 cable assemblies.

Definition

21648 cable assemblies are connector systems that mechanically and electrically interconnect two or more wires, signals, or circuit elements. Generally, assemblies include a single conductor, multiple wires, or multiple conductors and provide a secure connection between two parts, whether the assembly is designed to provide a connection through the cable itself or by way of an intermediary connector. These sets of cables and connectors are also used to provide a certain amount of protection for the exposed wires and circuitry.

Application Field

2321648 cable assemblies provide great advantages in a variety of industrial applications. Examples of these include:

• Consumer electronics
• Industrial automation
• Telecommunications
• Industrial equipment manufacturing
• Medical electronics
• Military & Defense systems
• Automotive/Motive applications
• Commercial and residential buildings

This type of connector system offers a significant degree of flexibility when used in various industrial settings. 2321648 cable assemblies are specifically used in applications where resistance to temperature, vibration, and shock is of utmost importance.

Design Principles

The design of 2321648 cable assemblies follows certain principles in order to ensure reliability and functionality. These principles are outlined below:

• Connector selection – High-precision, high-reliability connectors are selected for use in the designed system based on the specific connection needs of the application. For example, an assembly designed for a medical application must prioritize ruggedness and high-precision over cost.
• Cable selection – Flexible or semi-rigid cable is selected based on the application and the type of environment in which it will be used. For example, in a medical application, a high-tension flexible cable is typically preferred in order to withstand being flexed repeatedly.
• Routing – A proper routing of the cables and connectors is essential in order to ensure functionality, safety, and cleanliness. Details such as the number of turns, the radius of the bend, and the distance between bends must be taken into account to ensure a successful design.
• Stress-testing – Before final installation, the cables and connectors are subjected to various forms of testing to simulate the environment in which the assembly will be used. This ensures that the design is reliable and will last for a significant period of time.

Conclusion

2321648 cable assemblies are reliable connector systems often used in a variety of industrial applications. By understanding the application field and design principles behind them, it is possible to choose an assembly that is highly reliable and will last for a long period of time. By adhering to these principles, it is possible to create a system that is versatile, cost-effective, and tailored for a particular application.

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