10119314-004LF

Overview

The Amphenol ICC (FCI) 10119314-004LF is a dual-edge female card edge connector designed for high-density signal and power transmission. It features 56 positions, configured as 24 signal pins and 32 power pins, with a 0.050-inch (1.27mm) pitch. The connector utilizes a black thermoplastic insulator and copper alloy contacts. It supports through-hole termination and is rated for non-specified dual-edge cards.

Feature Summary

• Dual-edge configuration supporting both signal and power distribution within a single interface
• High pin count density with distinct separation of signal and power circuits
• Through-hole mounting for secure board attachment

Applications

• High-density data processing systems requiring mixed signal/power interfaces
• Industrial control modules utilizing dual-edge card architectures
• Telecommunications equipment with compact form factor requirements

Procurement Notes

Verify the specific contact plating finish and material composition against the official manufacturer datasheet prior to integration. Confirm that the thermal profile during soldering aligns with the component's moisture sensitivity level and maximum operating temperature specifications to ensure long-term reliability.

Selection Notes

Select this component when a dual-edge solution is required to consolidate signal and power lines in a limited footprint. Ensure the host PCB design accommodates the 0.050-inch pitch and that the mating card thickness matches the connector's tolerance. Validate electrical ratings against system voltage and current demands.

Part Context

This part belongs to the Amphenol ICC (FCI) family of card edge connectors, which are widely used in computing and communication infrastructure. The series offers various configurations for signal integrity and power delivery, serving industries such as consumer electronics, industrial automation, and data centers.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Cross-referencing requires direct comparison of mechanical dimensions, pin counts, and electrical ratings with alternative manufacturers' offerings.