NLV74LVX573DTR2G

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The NLV74LVX573DTR2G is a 5V logic latch, which is designed to store data and then bring it out upon the application of the appropriate control signal. It has a maximum data rate of 80MHz, making it an excellent choice for enunciating data quickly in applications requiring high operation speeds. This is a low power device, so it can help reduce power consumption when compared to other latching devices.

The NLV74LVX573DTR2G has eight logic outputs and two control inputs. The outputs are passively pulled down, so no external resistive pull-up or pull-down network is required. The device is capable of storing one data bit per independent output pin. Its maximum response time is 0.7 ns, so it is ideal for applications requiring high performance.

The NLV74LVX573DTR2G has two control inputs. The Set input, S, when taken low, sets the D inputs into their corresponding outputs. The Reset input, R, when taken low, resets the D inputs into their 0 state. When both inputs are taken high, the output is high impedance, allowing the data stored in the latch to be retained. Quiescent current consumption is 20µA.

The NLV74LVX573DTR2G is a versatile 5V logic latch, capable of performing fast operations and minimal power consumption. It is ideal for applications requiring a one-bit storage device, and its capability of using a single input protocol makes it easy to use in a variety of automated systems.

The NLV74LVX573DTR2G can be used in a variety of applications such as liquid crystal display (LCD) drives, multiplexers, decoders, and logic clocks. It is also a vital component in communication systems, where it is incorporated into comparators and address decoders. Furthermore, its 5V output capability is ideal for industrial settings, where power consumption and efficiency are essential.

In summary, NLV74LVX573DTR2G is an excellent latch solution for multiple applications, with its low power consumption, fast response time and 5V logic output. It is an important component that allows data to be stored efficiently and effectively.

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