325LCF NC402

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circular Cable Assemblies are one of the more common cable types for industrial and commercial applications due to their robustness, meaning they remain water-tight even when flexing at extreme angles. They’re typically found in shipbuilding, aerospace, and petrochemical industries. In this article, we will focus on one specific Circular Cable Assembly, the 325LCF NC402, and discuss its application fields and working principle.

Application Fields for the 325LCF NC402

The 325LCF NC402 is a standard female Circular Cable Assembly with a 4-pin connector and 8 crimp contacts. It is designed for the data/signaling applications, and functions as a bridge between equipment and cable. Furthermore, the Circular Cable Assembly conforms to MIL-C-5015 and SAE-AS31136 standards, is built with USA and Canada UL styles, and is suitable for applications with either free air or medium density wall mounting. The 325LCF NC402 is available with either mold or panel mount receptacles. The ensemble is designed to have a 25°-swivel due to its soldered collar.

The 325LCF NC402 provides multiple data transmission rate options with transfer speeds spanning from DC to 10 Gbps. Furthermore, the panel mount design helps protect the wire-end connection and is able to resist cable pull-out forces up to 10 lbs. The assembly fits cable with external diameters of 0.21-0.32 inches. This help ensures that the assembly is suitable for a wide array of data communication applications. Finally, the assembly has exceptional abrasion and puncture resistance because the jacket is molded using an ultraviolet-stabilized thermoplastic.

Working Principle of the 325LCF NC402

The 325LCF NC402 Circular Cable Assembly features two ports – a source port and a destination port. A source port is where the signal from the equipment is generated and is connected to a power source. The destination port is the destination of the signal from the equipment, which is connected to the cable. The sections are connected together using a soldered collar, and the signal is routed through the circular assembly.

When a signal is generated at the source port, the current is transmitted through the wires of the circular assembly and exits the cable at the destination port. The signal then enters the wire-end connection of the destination port and is routed through the equipment or system. All of the terminals in the assembly are rated to take 10 Amps of power, helping protect the connection from electrical short-circuiting.

The cable itself is made up of several layers of shielding, including an exterior jacket of thermoplastic that provides additional protection and strain relief. The signal is also further shielded by several layers of aluminum foil that helps protect against electromagnetic interference (EMI) and reduces signal attenuation. Additionally, clear outer insulation helps prevent fraying and provides additional insulation for the cable. Finally, an inner aluminum sheath further shields the cable from EMI.

Conclusion

In conclusion, the 325LCF NC402 is a reliable and robust Circular Cable Assembly perfect for a wide array of data transmission applications. The assembly has a 25° swivel and can handle 10 Amps of power, making it a great choice for the military and aerospace industries. Furthermore, the cable assembly is well-insulated and shielded, making it resistant to EMI and reducing signal attenuation. The durable and dependable nature of the 325LCF NC402 ensures that data can be transferred without interruption or loss of quality.

The specific data is subject to PDF, and the above content is for reference