74HC164D/AUJ

[Shift Registers NXP Semiconductors 74HC164D/AUJ] Overview

Introducing the 74HC164D/AUJ from NXP Semiconductors, a premier solution for efficient data storage and transfer in electronic circuits. This integrated circuit, featuring a compact 14SOIC package, is meticulously crafted to meet the demanding requirements of modern electronics applications.

With its 8-bit shift register functionality, the 74HC164D/AUJ empowers designers to streamline data flow within their circuits, facilitating seamless communication between various components. Whether used in consumer electronics, industrial automation, or automotive systems, this versatile component ensures reliable performance and enhanced efficiency.

Engineered with precision and backed by NXP Semiconductors' renowned quality standards, the 74HC164D/AUJ sets the benchmark for excellence in shift register technology.

74HC164D/AUJ Features

• 8-bit shift register functionality
• Compact 14SOIC package
• High-speed data transfer capability
• Low-power consumption
• Wide operating voltage range
• Robust design for reliable performance
• Compatibility with various logic voltage levels
• Excellent noise immunity

74HC164D/AUJ Applications

• LED Displays: The 74HC164D/AUJ efficiently controls LED matrices in signage, scoreboards, and display panels, enabling vibrant visual communication in diverse environments.
• Serial Data Communication: Integrating seamlessly into communication systems, this shift register facilitates serial data transmission in devices such as UART modules, ensuring accurate and efficient data exchange.
• Peripheral Control: Employed in microcontroller-based systems, the 74HC164D/AUJ enables precise control of peripheral devices such as sensors, actuators, and motors, enhancing overall system functionality and performance.
• Clock Synchronization: In applications requiring precise timing synchronization, such as digital clocks and sequential logic circuits, this shift register ensures synchronized operation, minimizing timing discrepancies and optimizing system efficiency.