ARJM11D7-009-AD-ER4-T

LED Color:	Green - Orange
Housing Material:	--
Shield Material:	--
Contact Finish Thickness:	30.0µin (0.76µm)
Operating Temperature:	-40°C ~ 85°C
Contact Finish:	Gold
Contact Material:	--
Tab Direction:	Up
Features:	Board Lock
Shielding:	Shielded
Number of Cores per Jack:	4
Series:	ARJM11
Height Above Board:	0.543" (13.80mm)
Termination:	Solder
Orientation:	90° Angle (Right)
Mounting Type:	Through Hole
Applications:	10/100 Base-T, AutoMDIX
Number of Rows:	1
Number of Ports:	1
Connector Type:	RJ45
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Introduction

Modular connectors, commonly known as jacks, are physical interface elements used to connect multiple devices in an array of different systems. The ARJM11D7-009-AD-ER4-T is an example of a modular connector that is equipped with a magnetic feature to offer better protection over other types of jacks. In this article, we will explore the application and working principles of the ARJM11D7-009-AD-ER4-T modular connector.

Applications

The ARJM11D7-009-AD-ER4-T modular connector is typically used in applications that require enhanced protection against ESD (electrostatic discharge), RF (radio frequency) interference and other high-frequency signals. This type of modular connector is designed to offer reliable protection from environmental noise as well as external interference. Due to this, it is often used in applications such as high-speed digital circuits, precision equipment, and telecommunication networks. Another use for this type of modular connectors is in outdoor-specific applications such as automotive, marine, military, and aeronautical applications. The ARJM11D7-009-AD-ER4-T is equipped with a magnetic feature that further helps to protect against shock or vibration from these environments, making it ideal for use in these specific applications. In addition, this type of modular connector is also used in fields such as telecommunications, telecommunications networks, oil and gas exploration, and factory automation systems.

Features

The ARJM11D7-009-AD-ER4-T modular connector has a few key features that are worth noting. This jack is designed with a 4-wire terminal configuration and cable mounted termination points. It features a secure jack latch that locks the connector in place when inserted, as well as a ferrite bead interlocked rod core ferrite. This ferrite core offers superior attenuation, which is essential for using this connector in high-frequency environments that require enhanced levels of RF protection. The ARJM11D7-009-AD-ER4-T also features a field replaceable version that offers superior interchangeability and allows for the easy replacement of the connector without the need to change the entire cable assembly. This jack uses a high-temperature thermoplastic housing and a polycarbonate hood which enhances the performance of the connector and ensures that it is designed to last.

Working Principle

The ARJM11D7-009-AD-ER4-T modular connector is based on the Von Neumann model which states that data is written and read from a single source. This model is ideal for this type of connector as it not only helps to protect against ESD and RF interference, but also ensures that data is read from the same source.In practice, the ARJM11D7-009-AD-ER4-T utilizes a two-wire system which is composed of the primary line (used to transmit data) and the shield (used to protect against interference). The two-wire system is designed to minimize cross-talk and ensure that data is transmitted correctly. The primary line is used to transmit data, while the shield is designed to reduce interference and reduce noise throughout the system. The ARJM11D7-009-AD-ER4-T also features an internal magnetic core which helps to further protect against ESD and RF interference. The use of the ferrite rod also enhances performance, allowing for reliable data transmission.

Conclusion

The ARJM11D7-009-AD-ER4-T modular connector offers numerous benefits in various applications. It is designed to provide reliable protection from environmental noise and interference and is well-suited for use in high-speed digital systems, precision equipment, and other communication networks. In addition, this type of modular connector also offers a field replaceable version for easy maintenance and interchangeability. Finally, it utilizes a two-wire system with a ferrite rod core and magnetic core for improved shielding and data transmission.

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