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MC10E101FN is listed in the Gates And Inverters - Multi-Function, Configurable range at ChipApex. The manufacturer field lists onsemi. Its product description is IC GATE OR/NOR QUAD 4INP 28-PLCC. Review the specifications below when checking this part for your BOM.
The MC10E101FN is a quad 2-input OR/NOR gate from the onsemi 10E ECL logic series. It operates in NECL mode with a supply voltage range of -4.2 V to -5.7 V at VEE and 0 V at VCC. The device features a 28-PLCC (J-Lead) package, supports an operating temperature range of 0°C to 85°C, and provides differential outputs. It includes internal input pull-down resistors and meets JEDEC latchup standards.
Verify component authenticity through authorized distributors or direct manufacturer channels due to potential availability of surplus or obsolete stock. Confirm RoHS compliance status as lead-free variants may carry different suffixes. Ensure proper handling procedures are followed during assembly to maintain ESD protection integrity and prevent damage to sensitive differential inputs.
Select this component when designing circuits requiring fast switching speeds and precise timing alignment. The differential output capability makes it suitable for noise-immune applications. Consider thermal management requirements within the specified operating temperature range. Verify that the power supply architecture supports the required NECL voltage levels for optimal performance.
Part of the 10E series ECL logic family designed for high-frequency applications. This series offers improved AC performance compared to earlier generations while maintaining compatibility with standard ECL power supplies. The 10E designation indicates specific electrical characteristics optimized for speed and reliability in demanding digital environments.
MC10E101FNG serves as the lead-free equivalent variant within the same functional specification. Cross-reference with other 10E series gates if pinout compatibility allows. Verify that substitute components meet identical skew and propagation delay requirements for critical timing paths.
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