DiodesZetex Schmitt Trigger Input Inverter Logic IC 5-Pin SOT-25 2.0V to 5.5V Supply 20.5ns Propagation Delay 74AHC1G14W5-7

DiodesZetex model 74AHC1G14W5-7 is a Schmitt trigger input inverter logic integrated circuit (IC) packaged in a compact 5-pin SOT-25 surface mount device. It belongs to the 74AHC logic family, known for advanced high-speed CMOS technology, offering improved performance and low power consumption.

The device operates over a broad supply voltage range from 2.0V up to 5.5V, enabling compatibility with various digital and mixed-voltage environments. It features a maximum propagation delay time of approximately 20.5 nanoseconds measured at CL conditions, providing fast switching performance essential for timing-critical digital logic circuits.

Equipped with a Schmitt trigger input, this IC enhances noise immunity and ensures clean switching of input signals, ideal for applications requiring signal conditioning or debouncing.

The output stage uses a push-pull configuration capable of sinking or sourcing up to 8mA at a typical operating voltage of 4.5V, ensuring reliable driving of subsequent logic stages or loads.

Its small form factor, with dimensions roughly 3.1 mm length, 1.7 mm width, and 1.3 mm height packaged in SOT-25, makes it suitable for compact electronic devices where space saving is critical.

The extended operating temperature range from -40°C to 125°C allows for robust performance in demanding industrial or commercial electronic applications. Operates with supply voltage range between 2.0V and 5.5V. Schmitt trigger input for enhanced noise immunity and clean switching.

Push-pull output stage with ±8mA drive current capability. Compact 5-pin SOT-25 surface mount package. Fast maximum propagation delay of 20.5ns for quick logic transitions. Wide operating temperature range suitable for industrial use.

Part of the 74AHC high-speed CMOS series from DiodesZetex. Ideal for general purpose inverter logic applications.

This inverter IC is widely used in industrial automation, consumer electronics, embedded systems design, signal processing, and other electronics manufacturing domains where reliable logic inversion and signal conditioning are needed.

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