74ABT373ADB,112

Series:	74ABT
Packaging:	Tube
Part Status:	Obsolete
Logic Type:	D-Type Transparent Latch
Circuit:	8:8
Output Type:	Tri-State
Voltage - Supply:	4.5 V ~ 5.5 V
Independent Circuits:	1
Delay Time - Propagation:	3.6ns
Current - Output High, Low:	32mA, 64mA
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	20-SSOP (0.209", 5.30mm Width)
Supplier Device Package:	20-SSOP
Base Part Number:	74ABT373

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Introduction to 74ABT373ADBThe 74ABT373ADB is a logic-latch integrated circuit, commonly used for memory and data storage applications. It is a surface-mount device with an 8-bit latch connected in parallel, which can be driven from inputs of either 0V or +5V. It is ideally suited for either standalone or embedded applications, being highly reliable and providing low power dissipation.The Application Fields of 74ABT373ADBThe 74ABT373ADB can be used in a variety of applications, ranging from data storage, communication systems and networking, to embedded systems and automotive controllers. In data storage applications, it is used to latch or store data for later retrieval. In communication systems and networking, it is used for storing bit patterns or codes for transmission or reception of digital signals. In embedded systems, it is often used as an addressable latch for storing and controlling memory or data.Working Principle of 74ABT373ADBThe 74ABT373ADB is a type of static memory that works by latching data from an input buffer into an output latch. The output latch is then used to store data for later retrieval. The 74ABT373ADB uses an enable pin to control the latching of the data, preventing it from being altered without purposed. It works in a similar fashion to a transistor latch, where data is stored by blocking any changes to the current state until the enable pin is activated.ConclusionThe 74ABT373ADB is an efficient logic-latch integrated circuit, designed for data storage and memory applications. It has a wide range of applications, and can be used in both standalone and embedded systems. It works by latching data from an input buffer into an output latch and uses an enable pin to control the latching of the data, preventing it from being altered without purposed.

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