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The SN54367J/B is a high-speed Schottky logic device manufactured by Rochester Electronics, LLC. It contains six independent 2-input NAND gates designed for military and aerospace applications. The component operates within the full military temperature range of -55°C to 125°C. It utilizes a ceramic dual in-line package (CDIP) with 14 pins. The device features fast propagation delays characteristic of the H-series TTL technology, ensuring reliable signal processing in harsh environments.
Verify that the specific ordering suffix matches the required qualification level. Confirm the package type corresponds to the design requirements. Ensure the manufacturer authorization aligns with project standards. Check the date code and lot traceability for compliance. Validate the test program used meets original OEM specifications.
Select this component when multiple independent NAND functions are required in a single package. Choose this part for designs needing high-speed switching in extreme temperatures. Consider this option for legacy military system upgrades. Evaluate the CDIP package constraints for board layout. Compare performance against standard commercial logic alternatives.
Rochester Electronics specializes in end-of-life semiconductors. They manufacture components using original intellectual property. This ensures compatibility with original equipment manufacturer specifications. The company holds AS9120 certification for quality management. Their products serve critical infrastructure and defense sectors globally.
Direct substitutes include SN54H36J/B and SN54H36J. These parts share identical logical functionality and pinout configurations. Verify thermal characteristics match the application requirements. Ensure voltage levels remain compatible with existing circuitry.