NL17SZ10DBVT1G

Gates and Inverters onsemi NL17SZ10DBVT1G Overview

The Gates and Inverters onsemi NL17SZ10DBVT1G is a highly efficient, compact 3-input NAND gate that combines flexibility with performance in a small package. Designed by onsemi, a leader in semiconductor solutions, this device leverages advanced silicon technology to offer enhanced speed and reduced power consumption. Ideal for space-constrained applications, the NL17SZ10DBVT1G provides a robust solution for digital logic operations, ensuring reliable integration into various high-density circuits. This product's ability to handle multiple inputs makes it a versatile choice for designers aiming to optimize their digital systems while maintaining high standards of precision and durability.

NL17SZ10DBVT1G Features

The NL17SZ10DBVT1G by onsemi stands out with its compact form factor and low power consumption. It operates efficiently within a wide range of temperatures, making it suitable for diverse operating environments. Its high-speed logic gate functions with minimal propagation delay, which is crucial for applications requiring rapid processing capabilities. Additionally, the device is designed for easy integration into PCBs with its SOT-23-5 package, facilitating both design flexibility and ease of manufacturing.

NL17SZ10DBVT1G Applications

• Consumer Electronics: Used in smartphones, tablets, and other personal devices to manage logic operations efficiently, ensuring optimal performance and extended battery life.
• Automotive Systems: Integral for engine control units and other vehicular subsystems, where reliability and resistance to environmental extremes are critical.
• Computing: Implements core logic functions in data processing units, enhancing computational speed and reliability in desktops and servers.
• Industrial Automation: Controls various logic operations in machinery and production lines, contributing to enhanced process efficiency and safety.
• Telecommunications: Applied in network equipment for signal integrity and logic processing to ensure stable and reliable communication pathways.