Industrial Ethernet Solution
TE's Industrial Magnetic RJ45 Ethernet parts are reflow capable, which fit industrial assembly/solder process. Our RJ45 magnetic jacks remove the need for an extra assembly/solder step. The thicker gold plating improves corrosion resistance and reduces electrical problems over the equipment lifetime, making the connectors more durable and reliable.
Features
- Extensive temperature range between -40…+85 degrees C
- Minimum product life requirement of 10 years
- 260 degrees C PIP soldering reflow capability
- Plating thickness 0,76µm [30µinch] gold over 1,27µm [50µinch] nickel
Applications
- Programmable Logic Controllers
- IO Modules
- Servo Drive
- Industrial PC
- All Industrial applications requiring Ethernet or RJ45 connectivity
Product List
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Industrial RJ45 with Integrated Magnetics
The RJ45 with integrated magnetics offers a highly integrated connectivity solution-from the cable to the physical layer-for Industrial Ethernet. Integrating the magnetics into the jack allows for a much improved EMI noise shielding, enabling more reliable connections. The parts support the latest reflow production processes. A standardized portfolio with 1x1 straight and R/A, 1x2, 2x1 form factors addresses many of the industrial applications, which allows customers to find the solution they are looking for. Specific industrial requirements such as high reliability, corrosion resistance, extended temperature range and long product availability are all addressed.
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Industrial RJ45 with Integrated Magnetics and PoE
Ethernet jacks with integrated magnetics and Power over Ethernet (PoE) offer a highly integrated connectivity solution for Industrial Ethernet applications with improved EMI performance and allowing for remote powering of peripherals over the Ethernet cable. They comply to the IEEE 802.3at (PoE+) standard, which supports up to 25.5W of power per port.
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Discrete Magnetics for Ethernet
Industrial discrete magnetics for Ethernet complement the RJ45 Jacks with a solution that allows customers design flexibility in designing their Ethernet Interfaces, with optimizations for improved transmission characteristics and over-voltage requirements.
