74ALVC373BQ,115

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The 74ALVC373BQ,115 can be classified as a Logic-Latch circuit. It is an integrated circuit that performs latch functions. It works by using low-voltage CMOS logic levels and is designed for use in low-voltage systems. The 74ALVC373BQ,115 has a variety of applications in digital systems and is used mainly to store off data.The 74ALVC373BQ,115 has two separate latch circuits, each latch is composed of two inputs and an enable pin. When the enable pin is high, each latch stores either a high or low logic level, depending upon the state of the two inputs. When the enable pin is low, the output maintains the last stored state even if the enable pin is moved to an inactive state. The 74ALVC373BQ,115 can be used in a variety of applications such as controlling logic signals, handling data, and providing delay. It can also be used to create a basic latch circuit, where the enable pin is used to activate and de-activate the latch. Additionally, it can be used in memory circuits, for example as a status register for a CPU or microcontroller.The 74ALVC373BQ,115 is specially designed for low voltage applications. It can work with a power supply voltage as low as 1.2V and its output will remain valid ateven lower voltages. The enable pin has TTL logic levels and its inputs are CMOS logic levels. This makes it an ideal choice for portable applications such as cell phones where both low voltage and low power operation is required. The low power operation comes from the CMOS circuit design.The operating principle of the 74ALVC373BQ,115 is relatively simple. When the enable pin is high, the 2 inputs are stored in the latch circuit and the output is set accordingly. When the enable is low,the latch will maintain the same stored data regardless of the state of the 2 inputs. This allows for simple and reliable data storage, no matter what the data is. Overall, the 74ALVC373BQ,115 is a reliable and versatile latch circuit that can be used in a variety of applications. Its low voltage operation and its affordability make it an attractive choice for applications where low power and portability is required.

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