SN74HCS574QWRKSRQ1

Flip Flops Texas Instruments SN74HCS574QWRKSRQ1 Overview

Introducing the SN74HCS574QWRKSRQ1, a robust automotive octal edge-triggered flip-flop from Texas Instruments, engineered for optimal performance in demanding automotive environments. This device integrates eight D-type flip-flops with 3-state outputs, providing a reliable solution for capturing the state of eight data lines in one compact package. Designed with advanced CMOS technology, the SN74HCS574QWRKSRQ1 ensures low power consumption while maintaining high-speed operation. The inclusion of edge-triggered functionality ensures precise timing for data stability under fluctuating conditions, making it ideal for critical applications in modern automotive electronics. As part of the automotive-grade product line, this component meets stringent quality and reliability standards required in the automotive industry.

SN74HCS574QWRKSRQ1 Features

The SN74HCS574QWRKSRQ1 boasts several key features making it an indispensable part of automotive electronic systems. These features include:

• Low power consumption with high-speed capability, suitable for battery-operated automotive systems.
• Edge-triggered design for accurate timing and data synchronization.
• Eight D-type flip-flops with individual clear inputs for simplified state management.
• 3-state outputs to facilitate bus-oriented applications.
• Robust temperature range and enhanced electrostatic discharge (ESD) protection typical for automotive environments.

SN74HCS574QWRKSRQ1 Applications

• Automotive Infotainment Systems: Utilizes the flip-flop’s fast response time and data retention capabilities to manage audio and video data streams effectively.
• Engine Control Modules: Ensures precise timing for sensor data processing, critical for engine timing and performance adjustments.
• Powertrain Systems: Supports reliable operation in transmission control units, capturing high-frequency state changes in vehicle speed and gear position.
• Driver Assistance Systems: Facilitates the integration of sensors and actuators data, enhancing real-time decision-making for safety features like adaptive cruise control and automatic braking.
• Instrument Cluster: Used in the display system to maintain the state of various indicators, such as speedometers and fuel gauges, ensuring accurate and stable readings.