DM74AS04M

Gates and Inverters onsemi DM74AS04M Overview

Introducing the Gates and Inverters onsemi DM74AS04M, a high-performance IC inverter designed by onsemi to meet the complex demands of modern electronic circuits. This product is encapsulated in a compact 14-SOIC package, making it ideal for space-constrained applications. The DM74AS04M offers exceptional operational reliability, characterized by its ability to handle six independent channels and one input per channel. Its robust design ensures stable functionality even under varying environmental conditions, catering to both industrial and commercial needs. Ideal for manufacturers and developers seeking versatile and durable logic gate solutions, this IC inverter is optimized for efficient performance and high scalability in batch productions.

DM74AS04M Features

The DM74AS04M IC from onsemi boasts several key features that make it an essential component for any logic-based application. It supports six independent inverter channels, allowing for multiple operations within a single package. Each channel provides a high degree of precision, ensuring accurate logic inversion with minimal signal distortion. The device operates over a broad voltage range, enhancing its compatibility with various other electronic components. Additionally, its low power consumption and high noise immunity are essential for maintaining the integrity and reliability of the overall system.

DM74AS04M Applications

• Logic Level Conversion: Used to interface different logic families by converting signal levels to compatible states, ensuring smooth integration and functionality within multi-voltage systems.
• Pulse Shaping: Employs its inverting capabilities to transform incoming pulse signals into desired shapes, critical in timing and signal processing applications.
• Oscillator Circuits: Fundamental in the creation of oscillator circuits where the inverter stages are crucial for generating consistent and stable oscillations.
• Signal Gating: Can be used to control signal paths in complex circuits, effectively managing the flow of data and operational states in digital systems.