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The 74AHC1G125SE-7 is a single non-inverting buffer and bus driver with a 3-state output, manufactured by Diodes Incorporated. It operates within a supply voltage range of 2.0V to 5.5V and provides an output drive capability of ±8 mA at 5.0V. The device features Schmitt trigger action at all inputs, ensuring tolerance for slower input rise and fall times. It is housed in a SOT353 package and includes ESD protection exceeding 200-V Machine Model, 2000-V Human Body Model, and 1000-V Charged Device Model standards.
Verify that the component matches the specified Diodes Incorporated manufacturer part number 74AHC1G125SE-7. Confirm the package type is SOT353 as indicated by the 'SE' suffix. Ensure compliance with RoHS directives and lead-free finish requirements. Check datasheet DS35176 Rev. 1-2 for absolute maximum ratings and recommended operating conditions before integration.
Select this component when a single-channel non-inverting buffer with 3-state control is required. It is suitable for applications needing CMOS low power consumption and high noise immunity due to Schmitt trigger inputs. Consider the 2.0V to 5.5V operating voltage range and ±8 mA output drive capability for load matching. Verify thermal resistance values if operating near temperature limits.
This device belongs to the 74AHC logic family, designed for high-speed CMOS operation. It serves as a bus driver or line driver in digital circuits. The 74AHC1G125 series offers compact packaging solutions like SOT353 for space-constrained designs. It complements other single-gate logic devices from Diodes Incorporated.
Direct replacements include the 74AHC1G125W5-7 (SOT25 package) from Diodes Incorporated. Cross-manufacturer equivalents may exist but require verification of pinout, electrical characteristics, and package dimensions against the original specification.
The output enters a high-impedance state when a HIGH-level signal is applied to the Output Enable (OE) pin.
All inputs feature Schmitt trigger action, making the circuit tolerant for slower input rise and fall times.