DM74LS165N

Shift Registers onsemi DM74LS165N Overview

The Shift Registers onsemi DM74LS165N is a high-performance integrated circuit designed for parallel-in/serial-out shift register applications. This 16-pin DIP (Dual In-line Package) device offers a robust solution for digital systems requiring the conversion of parallel data into serial format. Its ability to interface directly with standard system buses makes it especially useful for data acquisition systems, microprocessor extensions, and other sophisticated electronic systems. The DM74LS165N facilitates reliable data handling and transfer in a compact form factor, making it an essential component for developers looking to enhance system performance and efficiency.

DM74LS165N Features

This integrated circuit boasts several key features that make it a valuable addition to any digital system. It includes an 8-bit serial shift register with direct clear, a fully synchronous data management system, and a parallel-load capability that enhances its versatility. The device operates over a broad voltage range and has a high-speed clock input which ensures smooth and efficient data throughput, critical for high-performance applications.

DM74LS165N Applications

• Data Acquisition Systems: In these systems, the DM74LS165N is used to convert parallel data from sensors and other input devices into serial data that can be processed by microprocessors.
• Microprocessor Interface: Enhances the capability of microprocessors by expanding their input/output operations without additional software overhead.
• Remote Data Logging: Ideal for use in remote data logging equipment where space is limited and data needs to be serialized for transmission over communication networks.
• Communication Systems: Used in various communication infrastructures to facilitate the orderly handling of high-speed data streams.
• Instrumentation: The serial output feature of the DM74LS165N makes it suitable for instrumentation where data from multiple sensors is compiled into a single data stream.