Texas Instruments Schmitt Trigger Input CMOS Inverter 3 Elements, 8-Pin SSOP Package SN74LVC3G14DCTR

Texas Instruments SN74LVC3G14DCTR is a high-performance Schmitt Trigger input CMOS inverter integrated circuit featuring three inverter elements in an 8-pin SSOP package. This device operates efficiently over a supply voltage range from 1.65 to 5.5 volts, making it suitable for low voltage digital logic applications requiring noise tolerance and fast switching.

The Schmitt Trigger inputs provide enhanced noise immunity and hysteresis, which helps to clean up noisy or slowly changing signals. The device supports compatibility with LVTTL and TTL input logic standards, while providing LVCMOS output levels. Its maximum propagation delay of 9.7 nanoseconds allows for swift signal processing essential in high-speed digital systems.

Physical dimensions are compact, measuring 2.95 mm in length, 2.8 mm in width, and 1.29 mm in height, facilitating dense surface-mount PCB layouts. The device is designed for surface mount technology and is packaged in an 8-pin SSOP format. Operating temperature ranges from -40°C to 85°C, making it suitable for commercial and industrial environments.

Output drivers allow a maximum high-level output current of -32 mA and low-level output current of 32 mA. This performance ensures reliable driving capability when interfacing with other digital components. It is part of the SN74LVC3G14 series from Texas Instruments, well known for robust low-voltage CMOS logic solutions.

Inverter IC with Schmitt Trigger inputs for noise immunity. Three inverter gates per IC in 8-pin SSOP package. Voltage operating range from 1.65 V to 5.5 V. Max propagation delay time: 9.7 ns. Compatible input logic: LVTTL/TTL; outputs LVCMOS.

Pin count: 8 pins. Operating temperature: -40°C to 85°C. Compact size: 2.95mm x 2.8mm x 1.29mm. Max output current ±32 mA. Suitable for industrial and commercial applications.

This Texas Instruments CMOS inverter is ideal for electronics design tasks including industrial instrumentation, embedded systems, signal conditioning, and low voltage digital logic circuits. It helps designers improve signal quality and reliability in complex digital logic systems.

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