EHRJ45P6SIDC

Series:	EH
Packaging:	Bulk
Part Status:	Active
Connector Type:	Jack
Number of Positions/Contacts:	8p8c (RJ45, Ethernet)
Number of Ports:	1
Number of Rows:	1
Mounting Type:	Panel Mount
Orientation:	90° Angle (Right)
Termination:	IDC, Color Coded Block
Shielding:	Shielded
Ratings:	Cat6
Features:	--
LED Color:	Does Not Contain LED
Ingress Protection:	--
Tab Direction:	User Selectable
Contact Material:	Copper Alloy
Contact Finish:	Gold
Contact Finish Thickness:	--
Housing Material:	Thermoplastic
Operating Temperature:	--

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Introduction to EHRJ45P6SIDC

EHRJ45P6SIDC is a series of modular electrical connectors designed for data networking and telecommunication applications. This series of jacks is widely used due to its versatility in both technology and connectivity environments. The major types of this series of jacks include RJ-45, RJ-49, and RJ-51. Furthermore, each type has a number of different features and configurations. The letters EHR denote the Ease of Installation, High Reliability, and the Reduced Jitter of each jack.

Application Field of EHRJ45P6SIDC

The EHRJ45P6SIDC series of jacks is commonly found in LAN and WAN related applications. These connectors are often used in data centers, devices, and routers. It is also possible to find EHRJ45P6SIDC jacks in very specific applications like factory automation systems, medical equipment, and control systems. Additionally, with all of its unique features, the EHRJ45P6SIDC series makes it ideal for applications that require shielding from dust and water—such as in plane interiors, outdoor cabinets, and boats.

Working Principle of EHRJ45P6SIDC

Each of the EHRJ45P6SIDC jacks is designed with an integrated copper conductor core. This core serves as the link path for the signals and current to travel through. The connection within the EHRJ45P6SIDC jack is then completed when a compatible plug is inserted into the jack itself. The copper conductor core is then pressurized, allowing current to travel more efficiently and reliably. The EHRJ45P6SIDC series uses an auto-switch mechanism to adjust its contact points automatically. This feature enables the connector to sense and respond to plugging and unplugging activities quickly. Moreover, the high reliability and excellent durability of these jacks make them ideal for high-speed digital communication applications. In addition to the auto-switch mechanism, a number of other features contribute to providing superior performance of the EHRJ45P6SIDC series of jacks. The integrated copper conductor core provides excellent signal transmission and reduces jitter. Furthermore, the anti-EMI (electromagnetic interference) shielding provides better signal integrity for better immunity to noise and interference. Last but not least, the jacks also feature an ultra-low loss design—guaranteeing reliable and accurate signal transmission every time.

Conclusion

Overall, the EHRJ45P6SIDC series of jacks offer numerous advantages for a wide range of applications. This series of jacks features an integrated copper conductor core, auto-switch mechanisms, and anti-EMI shielding. Moreover, the jacks also offer an ultra-low loss design, ensuring reliable and accurate signal transmission. Therefore, it is no wonder that the EHRJ45P6SIDC series is very popular for many LAN and WAN applications.

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