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SN74LVC112ANS is listed in the Flip Flops range at ChipApex. The manufacturer field lists Texas Instruments. Its product description is IC FF JK TYPE DUAL 1BIT 16SO. Review the specifications below when checking this part for your BOM.
The SN74LVC112ANS is a dual JK flip-flop integrated circuit from Texas Instruments, belonging to the LVC logic family. It features two independent JK flip-flops with negative-edge triggering and asynchronous preset and clear inputs. The device operates within a supply voltage range of 2.0V to 3.6V and supports clock frequencies up to 150 MHz. It is housed in a 16-pin SOIC package designed for surface-mount applications.
Verify the specific suffix 'ANS' corresponds to the 16-SOIC package and commercial temperature grade. Confirm that the required logic level compatibility matches the 2.0V to 3.6V supply range. Ensure the design accounts for the asynchronous nature of the preset and clear inputs to prevent race conditions during system initialization.
Select this component when a dual JK flip-flop with asynchronous control is required in a space-constrained surface-mount design. It is suitable for applications needing high-speed operation up to 150 MHz within a 3.3V or 3.0V logic environment. Consider the SOIC-16 footprint for PCB layout compatibility.
This part belongs to the SN74LVC112A series, which provides dual JK flip-flops. The 'ANS' designation indicates the specific packaging and temperature rating. It is part of Texas Instruments' broader LVC logic portfolio, designed for low-voltage CMOS applications requiring high speed and low power consumption.
Check for direct pin-compatible alternatives such as the SN74LVC112ADWR or other manufacturers' equivalents like the MC74VHC112DTR2G, ensuring voltage levels and timing parameters match the original design requirements.
It uses negative-edge triggering, meaning the output changes state on the falling edge of the clock signal.
It features asynchronous preset and clear inputs, allowing immediate setting or resetting of the flip-flop states regardless of the clock signal.
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