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MC10E112FNR2G is listed in the Gates And Inverters - Multi-Function, Configurable range at ChipApex. The manufacturer field lists onsemi. Its product description is IC DRIVER QUAD ECL N-INV 28PLCC. Review the specifications below when checking this part for your BOM.
The MC10E112FNR2G is a high-speed ECL logic gate manufactured by onsemi, housed in a 28-lead PLCC package. It operates within a supply voltage range of -4.2V to -5.7V and supports an operating temperature range from 0°C to +85°C. This component functions as a configurable NOR/OR gate with four independent circuits, each featuring a single input. Designed for surface mount installation, it delivers differential outputs suitable for demanding digital signal processing applications requiring reliable clock distribution and logic control.
Verify the specific suffix FNR2G against official datasheets to confirm tape-and-reel packaging and lead-free compliance. Confirm RoHS status and moisture sensitivity level prior to integration. Ensure compatibility with existing -5V ECL power supplies and thermal management requirements for the PLCC-28 package.
Select this component when designing systems requiring configurable ECL logic gates with differential outputs. It is suitable for applications needing multiple independent gate circuits within a single package. Consider the 28-lead PLCC form factor for board space constraints and verify that the -4.2V to -5.7V supply range aligns with the system's power architecture.
This device belongs to the MC10E series of emitter-coupled logic components, designed for high-speed digital applications. The series offers various logic functions optimized for telecommunications and computing environments. The MC10E112 specifically provides flexible gating options, supporting designs that require adaptable logic configurations without increasing component count.
Check for direct pin-compatible alternatives within the MC10E family or cross-reference with other manufacturers' ECL gate offerings. Verify electrical parameters such as propagation delay and supply voltage tolerance to ensure functional equivalence in existing circuit designs.
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