Texas Instruments 4 2-Input NAND Logic Gate, TTL, 14-Pin PDIP SN7400N

Texas Instruments SN7400N 4 2-Input NAND Logic Gate is a reliable digital logic device designed within the 74xx family of standard TTL logic ICs. Encased in a 14-pin PDIP package with through-hole mounting, this component is well-suited for industrial, educational, and prototyping applications in electronics engineering and semiconductor circuits.

This logic gate IC features four independent NAND gates, each with two inputs, operating over a 4.75 to 5.25 V supply range. It has a maximum propagation delay time of 5ns, enabling swift digital signal processing and logic operations.

Designed for environments operating from 0°C up to 70°C, the SN7400N provides consistent output with a maximum low level output current of 16mA and maximum high level output current of -0.4mA, supporting various digital load requirements.

The absence of Schmitt trigger inputs indicates standard input thresholds typical of TTL logic devices. The 74-series logic family compatibility eases integration into existing circuit designs requiring NAND gate functionalities.

Applications include digital circuit construction, signal processing, and educational electronics projects. Its through-hole PDIP packaging facilitates easy insertion and removal from printed circuit boards and breadboards - an ideal choice for rapid prototyping and testing.

Compatible with 74 series TTL logic family. Four independent NAND gates with two inputs each. Operating voltage from 4.75 V to 5.25 V for standard TTL circuits. Fast propagation delay of 5 nanoseconds for high-speed digital processing.

Robust operating temperature range: 0°C to 70°C suitable for industrial use. 14-pin PDIP package supports easy integration and replacement. Maximum low level output current of 16mA and maximum high level output current of -0.4mA.

Standard through hole mounting type for PCB and breadboard compatibility. No Schmitt trigger input, suitable for typical TTL logic applications.

This product is ideal for applications in industrial electronics, semiconductor device development, and educational electronic systems. It allows engineers to create efficient and reliable NAND logic functions in their designs.

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