0879-2X1R-AY

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Moxular connectors—jacks with magnetics—are some of the most reliable and versatile components in any electrical system. The 0879-2X1R-AY jack is a great example of this technology. It is a popular choice for high-frequency applications and is often used in Ethernet and audio applications.

The 0879-2X1R-AY features a compact size and low profile design that makes it ideal for space-constrained applications. The jack’s construction includes two rows of male contacts with four poles each on one side and female contacts on the other. These contacts are made from a durable material and have gold-plated for superior electrical conductivity. The contacts are staggered and feature a unique design that provides excellent EMI/RFI shielding.

The 0879-2X1R-AY also features a unique magnetics system that makes it a great choice for applications such as Ethernet networks. The dual-mode magnetics system allows the jack to operate in both single-ended and differential modes, giving it excellent data integrity and higher noise immunity. This makes it a great choice for applications that require high data rates and reliable performance.

Another great feature of the 0879-2X1R-AY is its low power consumption. It uses a unique design that minimizes energy dissipation. This makes it a cost-effective choice for applications where power and thermal budgets are limited.

The 0879-2X1R-AY is designed for easy installation and can be quickly and easily mounted on a circuit board with minimal effort. Its contacts are designed to cleanly insert and lock into place. This provides a reliable and secure connection that is resistant to shock and vibration.

Overall, the 0879-2X1R-AY is an ideal solution for high-frequency applications that require reliable data transmission. Its compact size, low profile, and efficient magnetics system make it a great option for networks and audio systems. Its low power consumption and reliable contacts make it a cost-effective choice for applications that require both power and data integrity.

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