5-2301994-7

LED Color:	Does Not Contain LED
Housing Material:	Liquid Crystal Polymer (LCP)
Shield Material:	Brass
Contact Finish Thickness:	30.0µin (0.76µm)
Operating Temperature:	-40°C ~ 85°C
Contact Finish:	Gold
Contact Material:	Copper Alloy
Tab Direction:	Down
Features:	Board Lock
Shielding:	Shielded, EMI Finger
Number of Cores per Jack:	8
Series:	--
Height Above Board:	0.537" (13.65mm)
Termination:	Solder
Orientation:	90° Angle (Right)
Mounting Type:	Panel Mount, Through Hole
Applications:	10/100/1000 Base-T, AutoMDIX
Number of Rows:	1
Number of Ports:	1
Connector Type:	RJ45
Part Status:	Active
Packaging:	Tray

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Modular Connectors - Jacks With Magnetics

Modular connectors, also known as jacks with magnetics, are a type of connectivity component designed to securely interconnect communication systems and electronic devices. This type of connector uses a magnetized contact system, typically consisting of a ferrite core and other magnetic components, to create an electrical connection between the contacts. The use of magnetics in modular connectors provides numerous advantages over traditional wire-based contact systems, including reliability, consistent electrical performance, and improved levels of protection from environmental conditions.

Applications

Modular connectors, specifically jacks with magnetics, are widely used in a variety of communication and electronics applications. They are commonly found in structured network cables used in voice, data, and video communications, as well as in industrial control systems, haptic (or tactile) devices, and audio/video equipment. Modular connectors with magnetics are also commonly used to connect various input/output (I/O) devices, such as keyboards, mice, and external hard drives, to personal computers and laptops.

Features & Benefits

Modular connectors with magnetics offer a number of advantages over traditional wire-based contact systems. First and foremost is reliability. Their magnetized contact system eliminates the risk of shorts due to data line disturbances or static electricity, unlike traditional contact systems. Modular connectors with magnetics also provide consistent electrical performance, meaning that signal distortion or interference is virtually eliminated during transmission or reception. Additionally, magnetized connectors provide increased protection from environmental conditions such as corrosion, dust, and extreme temperatures.

Working Principle

The working principle behind modular connectors with magnetics is relatively straightforward. The design of these connectors utilizes a ferrite core that surrounds a group of contacts, typically male or female pins. This ferrite core contains embedded magnets that create a magnetic field around the contacts. When the connectors are mated together, the magnetic flux lines from one connector passes through the ferrite core of the other connector, allowing an electrical connection to be established.

Types, Ratings & Configurations

There are a number of different types of modular connector with magnetics available, such as RJ11, RJ45, and RJ22 connectors. These connectors are available in a variety of ratings, such as 5 Mbps or up to 100 Mbps, and can be found in a range of configurations, including straight through, cross-over, and star-ring. Some modular connectors with magnetics may also include additional features, such as polarization, which helps ensure that the connectors are mated in the correct orientation.

Conclusion

Modular connectors with magnetics are a reliable and cost-effective way to interconnect communication systems and electronic devices, and they are used in a wide variety of applications. These connectors provide numerous advantages when compared to traditional wire-based contact systems, including greater reliability, consistent electrical performance, and improved protection from environmental conditions. With their wide range of types, ratings, and configurations, modular connectors with magnetics can be easily adapted to fit any network, electronic device, or peripheral requirements.

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