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MC10H131P is listed in the Flip Flops range at ChipApex. The manufacturer field lists onsemi. Its product description is IC FLIP FLOP TYPE D DUAL 16DIP. Review the specifications below when checking this part for your BOM.
The MC10H131P is a Quad Differential Line Receiver manufactured by onsemi, belonging to the ECL logic family. It features four independent receivers with differential inputs and single-ended outputs, packaged in a 16-pin PDIP format. The device operates within a supply voltage range of -4.94 V to -5.46 V and supports a maximum propagation delay of 1.8 ns. It functions reliably across a commercial temperature range from 0°C to +75°C, providing robust signal reception for high-speed digital applications.
Verify component authenticity through authorized distributors or direct manufacturer channels. Confirm package suffixes match the specified PDIP-16 configuration. Check RoHS compliance status and manufacturing date codes against project requirements. Ensure storage conditions maintain moisture sensitivity levels prior to soldering. Review datasheet revisions for any parameter updates affecting design specifications.
Select this component when differential-to-single-ended conversion is required in ECL-based designs. Consider the 1.8 ns propagation delay for timing budget analysis. Evaluate thermal performance within the 0°C to +75°C operational window. Compare pinout compatibility with existing PCB layouts. Assess noise immunity requirements against the specified 150 mV margin improvement.
This part belongs to onsemi's MC10H series of high-speed ECL logic devices. The series provides various logic functions optimized for high-frequency applications. The MC10H131P specifically addresses line receiving needs within this portfolio, maintaining consistency with other members like the MC10H113M in terms of speed and interface standards.
MC10H131MXL is a lead-free variant offering identical electrical characteristics. Verify package dimensions and marking differences when substituting. Ensure thermal and electrical parameters remain compatible with the original design constraints.
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