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MC10H105MELG 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 3INPUT 16SOEIAJ. Review the specifications below when checking this part for your BOM.
The MC10H105MELG is a triple 2-3-2-input OR/NOR gate belonging to the MECL 10H family. It provides functional and pinout compatibility with the standard MECL 10K series while delivering a 100% improvement in propagation delay without increasing power-supply current. The device features voltage compensation, an improved noise margin of 150 mV over operating voltage and temperature ranges, and operates within a supply range of -8.0 V to 0 Vdc at VEE. It supports typical propagation delays as low as 0.4 ns and dissipates approximately 25 mW per gate.
Verify that the specific ordering suffix matches the required package type, such as FN for PLCC or P for PDIP, as these determine physical dimensions and lead configurations. Confirm RoHS compliance status if environmental regulations apply to the final assembly. Ensure the design accounts for the specified operating temperature range and thermal equilibrium requirements during testing.
Select this component when upgrading from MECL 10K logic to achieve higher speed without altering power consumption or board layout. The device is suitable for applications demanding improved noise margins and voltage compensation. Verify that the differential output requirements align with the circuit design before implementation.
This part belongs to the MECL 10H family, which serves as a high-speed evolution of the established MECL 10K standard. The 10H series maintains backward compatibility while offering superior AC performance characteristics. It is designed for use in professional digital electronics where signal integrity and processing speed are critical factors.
The MC10H105 is functionally equivalent to the standard MECL 10K family parts. Designers replacing older components should verify that the improved propagation delay does not introduce timing issues in existing synchronous circuits.
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