1408835

Circular Cable Assemblies

The 1408835 application field and working principle occupy a prominent position in the family of circular cable assemblies- providing an array of varied solutions to many complex and often challenging applications. Designed with strength and durability, and with consideration given to the environment they operate in, these cables play an important part in products used in many sectors, including automotive, data and communications, military, medical, aerospace, and industrial applications.

Cable Construction

Circular Cable Assemblies are typically constructed from lightweight and flexible thermoplastic cables that serve to transmit power and data signals, or both. The most common example is TA type cables, which utilize twisted pair wires to control EMI/RFI interference, or “crosstalk”, as well as outgassing, while providing the necessary shielding effect. Additional materials used in the construction of these cables may include PVC, FEP, Teflon and other insulation materials, and flame retardancy may be specified in certain configurations.

Connector Types/ Variations

Circular Cable Assemblies can be provided in many different connector-style variations, including the following: T-connector, N-connector, W-connector, X-connector, Y-connector, TR (thru-hole) connector, and soldered-on optional. Connector variations provide a variety of designs to meet various needs such as error-free power delivery, maximum signal integrity, process control, and inspection requirements.

Applications

The 1408835 application field and working principle is well-suited for use in a variety of applications including:

• Automotive and industrial applications
• Robotics
• Data and entertainment systems
• Test and measurement
• Aerospace applications
• Alternative energy sources

Working Principle

Circular cable assemblies allow electrical signals to be transmitted from one point to another through a series of copper conductors encased in an insulation material. The circuitry is designed to prevent signal degradation by using twisted pairs or other shielding techniques, including terminal blocks, wire connectors, and insulation materials that meet applicable electrical ratings and magnetics. By using this topology, electrical signals are converted from one form to another, as is the case when converting signals between digital and analog, or generating and managing various frequencies.

Environmental Considerations

It’s important to assess the environmental conditions of an application before selecting a cable assembly, as a too-harsh environment may limit the performance and lifespan of the product. In particular, moisture exposure and vibration resistance are two main environmental considerations, as is the material used in the connector and its overall durabiliity. Since heat cycles, temperatures, and other external conditions can vary greatly, it is important to choose a product designed to meet the specific operating environment of the application.

Conclusion

The 1408835 application field and working principle provides a versatile solution in a wide variety of applications. Its flexibility, strength, and ability to meet applicable safety requirements and environmental standards make it a popular choice for those in the automotive, military, aerospace, and industrial sectors. By selecting a quality circular cable assembly, operators can ensure their product will run reliably and efficiently for years to come.