74LVT162373DGG,112

The 74LVT162373DGG,112 is a member of the Family of Latches, a type logic circuit that is used for the purpose of storing one bit of digital information. It is known as a positive clock edge-triggered D Flip-Flop and is made up of two CMOS inverters featuring 3V-tolerant inputs.

The main function of this device is to latch data on its D input from a previous logic stage and output its state as long as the clock input is held. The signal is held until the clock signal is changed again, allowing the data to be updated.

This latch can act as a data memory cell in many applications such as keeping track of previous logic states, maintaining an asynchronous signal, or even converting an asynchronous signal to a synchronous one. It can also be used with multiplexers, counters, and RAMs as a data selector.

The 74LVT162373DGG,112 features a built-in power-down detection circuit that powers down the device when the power supply voltage drops below the specified minimum. This feature is useful for on-chip power management in portable electronics.

In operation, the clock input will accept either a negative edge or positive edge signal. When the clock input changes from low to high, the data present at the D input will be stored in the latch and be reflected as the Q output. When the clock input is low, the data present at the D input will be ignored and the Q output will remain in its previous state.

The 74LVT162373DGG,112 is used in many applications such as logic control, data storage, sequencing and timing, counters, and memory control. It is ideal for low-power applications and the wide range of input and output quality available makes it ideal for all types of digital systems.

To sum up, the 74LVT162373DGG,112 is a member of the Family of Latches, a type of logic circuit that is used for the purpose of storing one bit of digital information. It is known as a positive clock edge-triggered D Flip-Flop and is made up of two CMOS inverters featuring 3V-tolerant inputs. It is used in many applications such as logic control, data storage, sequencing and timing, counters, and memory control, and is ideal for low-power applications.