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MC10H176PG is listed in the Flip Flops range at ChipApex. The manufacturer field lists Motorola. Its product description is IC FF D-TYPE SNGL 6BIT 16DIP. Review the specifications below when checking this part for your BOM.
The MC10H176PG is a Hex D Master-Slave Flip-Flop from the MECL 10H family, manufactured by ON Semiconductor. It contains six flip-flops with a common clock input. The device offers a typical propagation delay of 1.7 ns and typical power dissipation of 460 mW. It provides an improved noise margin of 150 mV over the operating voltage and temperature range. The part is voltage compensated and compatible with the standard MECL 10K family pinout.
Verify the package suffix PG corresponds to the PDIP-16 configuration (CASE 648) as specified in official documentation. Confirm that the marking code AWLYYWWG indicates Pb-free packaging status. Ensure compatibility with MECL 10K system requirements regarding voltage levels and power supply current constraints before procurement.
Select this component when high-speed performance is critical, specifically requiring the 1.7 ns typical propagation delay offered by the MECL 10H family. It serves as a direct functional and pinout replacement for MECL 10K parts without increasing power-supply current. Consider the improved noise margin if operating near voltage or temperature limits where standard MECL 10K margins might be insufficient.
The MC10H176 is part of the MECL 10H series, which represents an evolution of the classic MECL 10K logic family. While maintaining pinout compatibility, the 10H series delivers significantly faster switching speeds. This specific variant integrates six independent D flip-flops into a single 16-pin package, providing a compact solution for complex sequential logic functions in high-performance computing and communication equipment.
The MC10H176 is functionally and pinout compatible with standard MECL 10K family parts. When replacing legacy components, ensure the system can accommodate the MECL 10H electrical characteristics. No increase in power-supply current is expected compared to the original MECL 10K implementation.
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