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MC10H176MEL is listed in the Flip Flops range at ChipApex. The manufacturer field lists onsemi. Its product description is IC FF D-TYPE SNGL 6BIT 16SOEIAJ. Review the specifications below when checking this part for your BOM.
The MC10H176MEL is a Hex D-Type Master-Slave Flip-Flop from the onsemi MECL 10H logic family. It integrates six independent flip-flops with a common clock input, designed for high-speed digital applications. The device operates within a negative supply voltage range of -4.9V to -5.46V and features a propagation delay of 2.2 ns typical. It supports a maximum clock frequency of 250 MHz and consumes 112 mA static current. Packaged in a 16-SOEIAJ surface-mount format, it functions reliably between 0°C and +75°C ambient temperature.
Verify component authenticity through authorized distributors due to discontinued status. Confirm RoHS compliance documentation as specific variants may not meet current environmental standards. Check moisture sensitivity level (MSL 3) handling requirements during assembly. Ensure supply chain stability for legacy MECL 10H series replacements.
Select this component when requiring parallel data latching with minimal skew across multiple channels. Consider the 16-SOEIAJ package for space-constrained surface mount designs. Evaluate power consumption against system thermal limits given the 112 mA static draw. Verify interface compatibility with existing MECL 10K logic levels if migrating from older designs.
Part of the MECL 10H high-performance logic family offering enhanced speed over previous generations. Designed for applications demanding low propagation delay and high clock frequencies. Provides functional equivalence to standard MECL 10K parts while improving timing performance without increasing power dissipation significantly.
MC10H176M serves as a direct pin-compatible alternative within the same product line. Verify package suffix differences between MEL and M variants for exact physical fitment. Cross-reference datasheet electrical characteristics to ensure timing margins remain adequate for target application speeds.
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