74AUP2G79GS,115

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Logic Flip-Flops are digital devices used to store digital information. They are also known as \'memory elements\' as they provide storage and data manipulation functions. Flip-Flops are devices that transition from one state to another when a signal is applied. They are used in logic circuits to store and process state information. They are used in digital logic circuits and can be used to store or manipulate bit information in digital systems.

The 74AUP2G79GS,115 is a flip-flop device with a low-power 2-input CMOS design. It is a controllable-type Register. This flip-flop has a control input that enables the user to clock the data in or out. It has two separate data inputs. The 74AUP2G79GS,115 can receive data from external sources such as a keypad, sensors, or switches, and store it temporarily.

In terms of applications, the 74AUP2G79GS,115 is designed for applications in which low-power and greater noise immunity is desired. Its applications include digital counting circuits, secure code entry systems, consumer remote controls, street light controllers, transmission control units, and security devices.

The 74AUP2G79GS,115 operates on the basics of bi-stable operation. It works on the principle of sequential logic which means that in order to get the device to stay in the state that it is current in, it requires two pulses called Data Set and Data Reset. When the Data Set is received, it causes the flip-flop to remain in its current state, if the Data Reset pulse is not received. If a Data Reset pulse is received, it causes the flip-flop to be reset to its original state.

In summary, the 74AUP2G79GS,115 is a low-power 2-input CMOS Register that is used in digital circuits for storing and manipulating bit information. It can receive data from sources such as a keypad, sensors, or switches, and stores it temporarily until the data is removed or reset. The 74AUP2G79GS,115 is designed for applications in which low-power and greater noise immunity is desired. It works on the basis of sequential logic, meaning it requires two pulses, Data Set or Data Reset, to stay in a state.

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