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The 100114J-MIL is a military-grade line driver and receiver component manufactured by National Semiconductor. It belongs to the ECL100K family, designed for high-speed digital signal transmission in demanding environments. The device integrates both driver and receiver functions within a single integrated circuit package. It operates with a supply voltage range of -4.2V to -5.7V, typical for ECL logic families. The component is housed in a 24-lead Ceramic Dual In-line Package (CDIP), providing robust mechanical stability and thermal performance suitable for aerospace and defense applications where reliability is critical.
Verify that the specific part number includes the 'MIL' suffix to ensure compliance with military quality standards. Confirm the ceramic package integrity upon receipt, as physical damage can compromise performance in harsh environments. Check for proper handling instructions regarding electrostatic discharge, although ceramic packages offer inherent protection. Ensure sourcing channels are authorized to guarantee authenticity and traceability required for regulated industries.
Select this component when high-speed ECL signaling is required in mission-critical applications. The 24-CDIP package is suitable for through-hole mounting on ruggedized PCBs. Consider the -4.2V to -5.7V supply requirement during power system design. This part is appropriate for designs needing integrated drive and receive capabilities without external buffering components.
National Semiconductor's Mil/Aero Analog Group provides linear devices qualified for military use. The 100114J-MIL represents their offering in the ECL100K series, targeting sectors requiring proven reliability. As part of the broader portfolio, it supports complex digital systems in avionics and ground-based military equipment. The component reflects the manufacturer's commitment to maintaining legacy support for established military specifications.
Public confirmed substitute part numbers are not available in the provided documentation. Verify pin-to-pin compatibility and electrical characteristics with any potential alternative sources before implementation.