SN74HC374ADBRG4

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The SN74HC374ADBRG4 is a 8-bit D type flip-flop integrated circuit and is part of the SN74HC series of logic devices manufactured by Texas Instruments. The device provides latch functions which give it 8 discrete output states when connected with 8 different inputs.

This device is designed to be used in logic circuits, as well as analog and digital applications. It has a wide range of features that include a low power consumption, low power standby mode, and high speed performance. It is also suitable for high-speed digital signal processing (DSP) applications due to its high speed operation. It also provides the user with a low noise performance, as well as a low quiescent current.

The SN74HC374ADBRG4 is a dual-input, buffered, unidirectional latch which is used to store a single or multiple digital states. It has two separate control input signals. The enable input, E, which is used to enable or disable the latch, and the data input, D, which is used to set the output state. The E input actuates the latch when it is at the logic high state and the D input is used to determine the output state.

The SN74HC374ADBRG4 has a tri-state output buffer, enabling multiple latching units to be daisy-chained together, extending the number of outputs available. This provides the user with the ability to interface externally with more complex logic systems which need multiple latch states. An open drain output buffer is also available, allowing the user to interface an external switching device to the device.

The SN74HC374ADBRG4 is also equipped with a bus-hold output buffer which enables it to not lose its state or output when the inputs are static or held at the same logic level. This provides the user with greater stability when interfacing the device with other internal or external systems.

In summary, the SN74HC374ADBRG4 is suitable for a wide range of applications, from controlling digital circuitry, to being used as a general purpose data latch in communications systems. Its low power requirements and low quiescent current make it a great choice for applications where battery or power saving is important. Its tri-state output and bus-hold output buffer can be used to interface the device with more complex logic systems, and its high speed performance makes it suitable for high-speed digital signal processing.

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