74VHC374M

Overview

The onsemi 74VHC374M is an octal D-type flip-flop with 3-state outputs, designed for high-speed digital applications. It operates within a supply voltage range of 2.0V to 3.6V, ensuring compatibility with low-voltage systems. The device features a single data input per flip-flop and includes a clock input for synchronous operation. With propagation delays typical of 5ns at 3.3V, it supports efficient data latching and output control in complex logic circuits.

Feature Summary

• Octal configuration provides eight independent D-type flip-flops for versatile data handling
• 3-state outputs enable direct bus-oriented connections without external buffers
• Synchronous operation ensures reliable data capture aligned with clock signals

Applications

• Data storage in microprocessor-based systems
• Bus interface circuits requiring tri-state control
• High-speed logic designs needing low-power consumption

Procurement Notes

Verify the part number against official onsemi documentation to confirm specifications. Ensure compliance with RoHS standards if required by your application. Cross-reference datasheets for accurate electrical characteristics and package details before procurement.

Selection Notes

Consider the operating voltage range and propagation delay when selecting this component for specific applications. Evaluate power consumption requirements and ensure compatibility with existing system voltages. Confirm package type availability based on design constraints.

Part Context

The 74VHC374M belongs to onsemi’s VHC series, known for advanced CMOS technology offering improved performance over traditional TTL equivalents. This series emphasizes low power dissipation while maintaining high-speed operation, making it suitable for modern electronic designs requiring efficiency and reliability.

Replacement Considerations

Check for equivalent parts from other manufacturers such as NXP or Texas Instruments that match the 74VHC374M's specifications. Verify pinout compatibility and electrical parameters to ensure seamless integration into existing designs.