74LVTH16501MTD

Universal Bus Functions Overview

The Fairchild Semiconductor 74LVTH16501MTD is an 18-bit universal bus transceiver designed for low-voltage applications. It integrates D-type latches and D-type flip-flops to support transparent, latched, and clocked data flow modes. The device features 3-state outputs and operates within a specified voltage range suitable for mixed-signal systems. It is housed in a TSSOP-48 package, providing a compact solution for high-density board layouts.

Universal Bus Functions Feature Summary

• Combines D-type latches and flip-flops for versatile data handling
• Supports transparent, latched, and clocked data flow operations
• Features 3-state outputs for effective bus management

Universal Bus Functions Applications

• Mixed-signal digital systems requiring level translation
• High-density memory interface circuits
• Portable battery-powered equipment

Universal Bus Functions Procurement Notes

Verify the current production status as this component may be obsolete or discontinued by the manufacturer. Confirm package availability and lead times with authorized distributors. Ensure compatibility with existing design specifications before procurement.

Universal Bus Functions Selection Notes

Select this component for designs requiring 18-bit bidirectional data transfer with internal storage capabilities. Consider the TSSOP-48 package for space-constrained applications. Verify voltage levels match system requirements for reliable operation.

Universal Bus Functions Part Context

This part belongs to the LVTH series of low-voltage universal bus transceivers. It serves as a bridge between different logic families, facilitating data movement in complex digital architectures where multiple voltage domains interact.

Universal Bus Functions Replacement Considerations

Check for direct pin-compatible alternatives from Texas Instruments or other manufacturers. Verify electrical characteristics and package dimensions to ensure seamless integration into existing PCB layouts without redesign.