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The 1557566-1 is a modular connector manufactured by TE Connectivity AMP Connectors. It is classified as an Ethernet connector with an RJ45 jack configuration. The component features eight positions per port and supports Cat 5e performance standards. It utilizes through-hole termination for secure board attachment. The housing is constructed from polycarbonate material, providing necessary structural integrity. Electrical ratings include a current capacity of 1.5 A and voltage tolerance up to 1000 V peak. The unit operates within a temperature range of -40°C to +85°C.
Verify the specific performance category and termination style against project requirements before ordering. Confirm that the through-hole mounting method aligns with the target printed circuit board design. Ensure environmental conditions fall within the specified operating temperature range. Check for any specific RoHS compliance documentation if required by regional regulations. Validate pinout configurations against mating cable assemblies.
Select this component when Cat 5e performance is sufficient for the application. Consider the physical dimensions and panel cutout requirements during the layout phase. Evaluate the need for shielding based on electromagnetic interference levels in the installation environment. Compare against higher-category alternatives if future-proofing is a priority. Assess the thermal management capabilities of the surrounding assembly.
This part belongs to the broader family of modular connectors designed for Ethernet applications. It complements other products in the TE Connectivity portfolio that facilitate network connectivity. The series includes various port counts and performance categories. These components are integral to building structured cabling systems. They support the transition from legacy connections to modern high-speed data networks.
Direct substitutes may include variants with different port counts or shielding options. Cross-reference with other Cat 5e RJ45 jacks from the same manufacturer. Verify compatibility with existing tooling and assembly processes. Ensure that mechanical footprints match the original design constraints.