SN74LV373ADGVR Integrated Circuits (ICs)

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Logic - Latches

The SN74LV373ADGVR is an 8-bit latch that is a type of logic device capable of storing one bit (binary digit) of data. It is specifically designed to latch a data signal that has been input on a bus or data path. This type of latch will accept data for a certain length of time then hold it until reset. This makes them perfect for sharing data between two digital circuits.

Application Field

The SN74LV373ADGVR can be used in a number of ways depending on the circuitry that it is connected to. It can be used to connect digital output or input lines to a single rail or bus, allowing for data transfer between two or more sources. It can also be used in the creation of shift registers, allowing for data to be efficiently shifted between two different buses. Furthermore, they are also capable of being used as a simple data buffer and in memory circuits to store data.

Working Principle

The SN74LV373ADGVR works as an 8-bit latch, accepting data at any of its 8 bits. It will remain in this state until the signal on the "Set/Reset" pin is asserted. The signal on the Set/Reset pin acts as a control signal for the latch, switching the data held in each bit between a "set" or a "reset" state depending on the state of the control signal. In a reset state, the data from each of the 8 bits will be cleared and will no longer be actively stored by the latch. In a set state, the data is retained and the latch continues to remain active until the next reset state.

The SN74LV373ADGVR has a 5V tolerant design, which allows it to be used with other digital logic ICs that have interfacing issues when used with 3.3V logic (or lower). The device is also compatible with the 2.7V to 5.5V range typical of most digital ICs, allowing for easy interconnections. Finally, it has an excellent speed-power trade-off performance, allowing it to remain quick while reducing power consumption.

Conclusion

The SN74LV373ADGVR is a versatile latch device capable of storing one bit of data at any of its 8 bits. Its wide voltage range, excellent speed-power trade-off performance, and 5V tolerant design make it an ideal choice for applications requiring data transfer between two digital circuits. Additionally, its reset and set functions make it a great choice for data buffering and memory applications.

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