2321282

Controllers - Cable Assemblies encompass a wide range of applications. A cable assembly is an electromechanical assembly used to interconnect various electrical components within a system. It is composed of a flexible or semi-rigid insulated wiring insulation, connectors and other components. Common applications for cable assemblies include automobiles, boats, ships, aircraft, medical equipment, industrial equipment, consumer applications and more.

Types of Cable Assemblies

The cable assemblies that are available are divided into two main types, flexible and semi-rigid. The type of cable assembly used depends upon the application. Flexible cable assemblies are designed to bend and conform to the shape of a circuit board or conduit. These assemblies are typically used in consumer applications such as computers, television sets and gaming consoles. Semi-rigid cable assemblies are more rigid and typically used in more complex environments such as medical devices, weapons systems and aerospace applications.

Connectors and Terminations

The connectors attached to cable assemblies play an integral role when it comes to communication between electrical components. Many types of connectors are available for cable assemblies. Common connector types include D-subminiature connectors, SCSI (Small Computer System Interface) connectors, Ethernet connectors, fiber optic connectors, modular jacks, pin headers, RJ-45 connectors and splices. Terminations on cable assemblies may be soldered, crimped or screw-terminated.

Performance Criteria

The performance of a cable assembly is defined by the application. Temperature range, vibration, electromechanical force, radiation and shock resistance must all be considered when selecting a cable assembly. Additionally, signal integrity and shielding performance must be taken into account. Signal integrity is particularly important in applications such as computers, communication and medical applications where data is transmitted over a great distance. Shielding performance is also important, as it helps to protect electrical systems from interference.

Testing and Quality Control

The accuracy and reliability of cable assemblies are dependent upon quality control testing. Quality control testing may include life testing, thermal shock, temperature cycling, vibration testing, and electrical measurements.Common quality control tests include continuity testing, insulation resistance testing, capacitance testing, dielectric strength testing, insulation voltage testing and current leakage testing. These tests help to ensure that the cable assemblies meet the requirements of the application.

2321282 – Application Field and Working Principle

The 2321282 cable assembly is designed for use in applications that require high-performance electrical connections such as medical devices, industrial machinery and communications equipment. This cable assembly utilizes a combination of wire insulation, connectors and termination methods to provide the required electrical characteristics. Its insulation materials are rated up to 300V and its insulation voltage ratings range between 0.5kV and 2.5kV. Additionally, the cable assembly is designed to accommodate IP-67 certification. The 2321282 cable assembly is designed with a clamshell design that makes it easy to assemble and install. It includes a flexible wire that allows for secure connections in even the most challenging environments. The cable assembly also features a grounding system that helps protect against EM/RF interference. The connectors utilize gold-plated contacts that are designed to reduce corrosion, extend contact life and provide high signal integrity. Finally, the system is designed with a specialized strain-relief material that provides increased structural integrity and durability.

Conclusion

The 2321282 cable assembly is designed for use in applications that require superior electrical characteristics. It utilizes a combination of wire insulation, connectors and termination methods to meet the desired requirements. Additionally, the clamshell design allows for quick and easy assembly and installation. Its specific strain relief materials provide increased structural integrity and the gold-plated contacts are designed to provide high signal integrity and corrosion protection.