A60-112-331P432

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Modular Connectors - Jacks With Magnetics

A60-112-331P432 is a type of modular connector, also known as jacks with magnetics, designed to interface between communications equipment and localised interconnections. This type of connector typically includes a two-dimensional array of pins, and is often used for high-speed data and signalling applications such as Ethernet, USB, and eSATA.

Application Fields

 A60-112-331P432 is commonly used in equipment applications such as professional audio/video, broadcast, industrial control, transportation, and other communications-related areas. Its two-dimensional array of pins provides high-bandwidth data pathways, making it an ideal connector solution for high-speed digital applications. Additionally, its high-current designs are capable of accommodating both power and data connections, allowing for maximum flexibility in system design.

Working Principle

A60-112-331P432 utilizes magnetics, or transverse inductors, to provide data isolation between connected devices. These magnetics contain charges that create an inductive force when near one another, which is then used to provide electrical isolation between points in the connection. This isolation serves to protect the connected devices from the effects of noise and interference, ensuring the integrity of the data transmitted.

A60-112-331P432 also utilizes differential signalling, which is used to reduce the effects of electromagnetic interference (EMI) and crosstalk. In differential signalling, pairs of conductors are used to transmit data, with each wire having an opposite voltage level to its counterpart. As a result, when noise or other interference occurs, it is cancelled out as its effects are effectively eliminated when one voltage is subtracted from the other.

Conclusion

A60-112-331P432 is a type of modular connector commonly used in audio/video, broadcast, industrial control, and communications-related applications. It is designed to transmit high-bandwidth data pathways while providing electrical isolation between connected devices. The connector utilizes magnetics and differential signalling to provide data isolation, reduce electromagnetic interference, and protect data integrity.

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