MC100E175FNR2

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MC100E175FNR2 is a logic latch designed to store and retrieve data in a circuit. It can be used for a variety of applications due to its versatile features. This article seeks to provide an overview of the application fields of the MC100E175FNR2, as well as its working principle.

Application Field of the MC100E175FNR2

The MC100E175FNR2 is used in a variety of circuits for storing and retrieving data. Some of the possible applications of the MC100E175FNR2 include:

• Memory circuits: The MC100E175FNR2 can be used as a latch to store data in memory circuits. It is designed to have low power consumption and can store a wide range of data.
• High speed data retrieval: The MC100E175FNR2 is designed to operate at high speeds, allowing for efficient data retrieval in high-speed systems.
• Data bus applications: This latch can be used in data bus designs to ensure efficient data transfer. It is designed to be a reliable storage medium, ensuring that the data that is stored will remain intact and uncorrupted.

Working Principle of the MC100E175FNR2

The MC100E175FNR2 is a logic latch designed to store and retrieve data. It is a two-input circuit that is designed to operate at high speeds. The latch comprises of two inputs (A and B) and two outputs (Q and Q*). The latch is designed to be sensitive to the input signal at the A and B position. Depending on the input signal at either of the two input positions, the latch will output the corresponding data stored within the latch.

The MC100E175FNR2 has a set/reset feature, which allows it to store different states of data. When the set (S) input is active, the latch will store the data that is fed into the A position. When the reset (R) input is active, the latch will reset, clearing the data that is stored in it. When both the S and R inputs are inactive, the latch will remain in the same state as before.

The output of the latch is determined by the logic state of the two inputs. When the A and B inputs are both at logic high (1), the Q output will be logic high (1) and the Q* output will be logic low (0). Conversely, when the A and B inputs are both at logic low (0), the Q output will be logic low (0) and the Q* output will be logic high (1).

The advantages of the MC100E175FNR2 include its low power consumption, its high speed capacity, and its ability to store a wide range of data. Its two-input design and set/reset feature make it an ideal choice for various applications. With its versatile design, the MC100E175FNR2 is a reliable solution for data storage and retrieval.

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