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MC10H186FNR2 is listed in the Flip Flops range at ChipApex. The manufacturer field lists onsemi. Its product description is IC FF D-TYPE SNGL 6BIT 20PLCC. Review the specifications below when checking this part for your BOM.
The MC10H186FNR2 is a high-speed ECL-compatible dual D-type master-slave flip-flop manufactured by onsemi. It features differential outputs and single-ended inputs, packaged in a 20-PLCC (9x9) surface-mount format. The device operates within a supply voltage range of 4.94 V to 5.46 V and supports a minimum operating temperature of 0°C. With a typical propagation delay of 1.7 ns, it is designed for high-frequency digital applications requiring reliable timing control.
Verify component authenticity through authorized onsemi distributors or certified partners. Confirm the specific suffix 'FNR2G' matches the required tape-and-reel packaging variant. Check current lifecycle status as legacy components may face obsolescence risks. Ensure compliance with RoHS directives if environmental standards are mandatory for the target assembly process.
Select this component when differential signaling is required alongside single-ended input flexibility. The 20-PLCC package suits applications needing robust surface-mount connectivity without excessive board space consumption. Consider the 1.7 ns propagation delay against system clock speeds to ensure timing margins are met. Evaluate thermal requirements against the specified operating temperature range for long-term reliability.
Part of the MC10H series, this device belongs to onsemi's high-performance ECL logic family. It complements other timing elements like latches and counters within the same ecosystem. The PLCC package offers a balance between pin count and thermal dissipation for mid-density PCB layouts. It serves as a foundational building block for complex sequential logic designs in industrial and communication sectors.
Direct substitutes include MC10H131FNR2G for similar dual D-type functionality. Verify pinout compatibility before swapping. Legacy equivalents from Fairchild Semiconductor may exist but require electrical parameter validation. Always consult official datasheets for any cross-reference recommendations to avoid signal integrity issues.
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