NLV74HCT574ADWG

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The NLV74HCT574ADWG is a static, octal D-type flip flop device (Logic - Flip Flops) that provides a 4-bit latch or a 3-state output. The outputs can be individually enabled and disabled, providing a high drive current for direct connection to automatic test equipment or other low power applications.

This device is extremely useful for applications where multiple data lines must be switched simultaneously on a regular basis. It is an ideal device for a wide variety of applications in the fields of industrial control, automotive, military and aerospace applications.

The NLV74HCT574ADWG features an active low enable which can independently control each latch output. The device also features a static reset output which can reset the entire latch if desired. Together with its high-speed switching capability, its low-power consumption and its wide operating voltage range, the NLV74HCT574ADWG is an excellent choice for many applications.

The NLV74HCT574ADWG is based on a basic circuit design in which a single input signal is used to determine the state of each of the eight latches in the device. When the input signal is high, the output of each latch will be high. When the input is low, the output of each latch will be low. This gives the device its basic operating principle: when the input signal changes, the output of the latch changes in accordance with the level of the input signal.

The NLV74HCT574ADWG also features a static reset output, which can be used to reset the entire chip using a single pin. All outputs will be reset to a low state, regardless of their previous state. This provides a convenient way to reset all of the outputs without the need for a complex reset circuit.

The NLV74HCT574ADWG is an excellent choice for many applications. Its high-speed switching capability, low-power consumption and wide operating voltage range make it a great choice for industrial control, automotive, military and aerospace applications. It is also a popular choice for applications that require multiple data lines to be switched simultaneously on a regular basis.

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