DiodesZetex Schmitt Trigger Input Inverter 6 Elements, 14-Pin SOIC 74HC04S14-13

DiodesZetex 74HC04S14-13 is a Schmitt Trigger Input Inverter IC featuring 6 inverter elements integrated in a compact 14-pin SOIC package. It operates on a supply voltage range from 2 V up to 6 V and belongs to the 74HC family of high-speed CMOS logic devices known for low power consumption. The inclusion of Schmitt trigger inputs ensures enhanced signal noise immunity which is ideal for digital signal conditioning in complex electronic circuits.

The maximum propagation delay at a load capacitance is 135 ns, providing reliable fast switching speeds for critical timing applications. It supports push-pull output type and can source or sink up to 4 mA at a standard 4.5 V supply, making it suitable for various logic driving requirements. The surface mount SOIC package with a height of 1.48 mm, width of 3.99 mm, and length of 8.74 mm allows for space-efficient PCB design and mass automated placement.

The device can reliably operate in a wide temperature range from -40°C to +125°C, making it well suited for industrial, automotive, and commercial electronics environments. Manufactured in China, this semiconductor meets robust electrostatic discharge (ESD) protection standards exceeding 200 V machine model, 2000 V human body model, and 1000 V charged device model thresholds, ensuring device longevity against electrical stress.

Six inverter elements contained within one IC for multi-channel operation. Wide operating voltage range from 2 V to 6 V supports various digital logic levels. Schmitt trigger inputs improve noise immunity and signal integrity.

Push-pull output configuration accommodates different logic load types. Compact 14-pin SOIC surface mount design for PCB real estate efficiency. High-speed switching with 135 ns propagation delay at CL. Wide operating temperature range for harsh environments.

Advanced ESD protection rating for durable application use. Suitable for industrial, laboratory, automotive, and manufacturing electronics use.

This inverter IC is highly reliable for electronic component integration and logic function implementation. It is ideal for use in industrial automation systems, signal conditioning, and complex digital circuit designs requiring robust and precise inverter logic elements.

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