onsemi 4 2-Input NAND Logic Gate, 14-Pin SOIC MC74VHC00DR2G

onsemi MC74VHC00DR2G is a 4-element 2-input NAND logic gate IC designed for use in electronic logic circuits. It employs advanced 74VHC high-speed silicon-gate CMOS technology, offering high speed operation similar to bipolar Schottky TTL devices while maintaining the low power dissipation advantage inherent in CMOS architectures.

This logic gate device is housed in a 14-pin SOIC surface-mount package, making it suitable for modern PCB assembly and compact designs. It operates over a broad voltage range from 2.0 to 5.5V and delivers a maximum propagation delay of just 9.5 nanoseconds, enabling fast digital signal processing.

The MC74VHC00DR2G supports automotive temperature ranges from -55°C to 125°C, and includes 7V tolerant inputs enhancing its durability and interface versatility in industrial and commercial environments. Its outputs are configured as buffers with single-ended output types, adequate for driving loads up to ±8mA.

Typical applications include logic circuits in industrial automation, digital systems, embedded controls, and computing hardware. Its characteristics allow integration in telecommunications, measurement equipment, and automotive control modules where reliable and fast logic gates are required.

Four independent 2-input NAND gates provide essential logic functions. Low power consumption CMOS technology ensures energy efficiency. Surface-mount SOIC-14 package enables compact PCB design. High-speed switching supports rapid logic operations.

Extended operating temperature range ensures robustness in harsh environments. 7V tolerant inputs allow for flexible interfacing and protection. Suitable for industrial, commercial, and automotive electronics applications.

Compatible with standard logic families for design flexibility.

The onsemi MC74VHC00DR2G logic gate delivers high-performance digital logic with reliable operation, making it a preferred component for engineers designing high-speed and power-efficient control and signal processing circuits.

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