74LCX162373MTD

Latches Overview

The 74LCX162373MTD is a 16-bit D-type flip-flop with 3-state outputs manufactured by onsemi. It operates within a voltage range of 1.65V to 3.6V and features low input capacitance for high-speed performance. The device includes an output enable pin and is designed for applications requiring low power consumption and fast switching speeds in portable and battery-powered systems.

Latches Feature Summary

• Provides 16-bit data storage with independent 3-state output control
• Operates across a wide supply voltage range suitable for modern low-voltage logic families
• Features low input capacitance to minimize loading effects on driving circuits

Latches Applications

• Portable consumer electronics requiring low power operation
• Battery-powered devices needing efficient voltage regulation compatibility
• High-speed data bus interfaces in communication equipment

Latches Procurement Notes

Verify the specific suffix 'MTD' indicates the tape and reel packaging configuration when ordering. Confirm the operating temperature range matches your system requirements, as industrial variants may differ. Ensure compatibility with your target voltage levels before integration into the design.

Latches Selection Notes

Select this component when designing systems that require 16-bit parallel data latching with tri-state capabilities. It is appropriate for applications demanding low quiescent current and fast propagation delays. Consider the TSSOP-48 package constraints regarding board space and thermal management during layout.

Latches Part Context

This part belongs to the LCX family of low-voltage CMOS logic devices. It serves as a digital storage element within larger integrated circuits or standalone modules. The technology supports interoperability with other low-voltage logic standards commonly found in contemporary electronic designs.

Latches Replacement Considerations

Check for direct equivalents from other manufacturers offering identical pinouts and electrical characteristics. Verify that any substitute maintains the same 3-state output functionality and voltage tolerance levels to ensure seamless integration without circuit modification.