74ACT11074NSR

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The 74ACT11074NSR belongs to the field of logic flip flops and consists of a high-speed CMOS D-type flip-flop specifically designed for high-performance memory or clock-signal suppliers. It is classified as a low-power dual flip-flop with reduced output-skew, available in a small package. This logic device offers advantages such as fast propagation delays and moderate power, making it a versatile device for many applications.

Flip-flops are logical devices capable of storing one bit of information. In the case of the 74ACT11074NSR Dual Flip-Flop, two flip-flops are included in one package to increase the storage capabilities. The main function of the device is to store an inputted digital signal in an output. This process is achieved through the flip-flop’s clock signal, which allows the state of the stored bit to be changed whenever the input signal is changed. Through a number of different stages, each flip-flop will be activated and deactivated in order to read and store the digital signal.

The 74ACT11074NSR is highly preferred due to its low power and reduced output-skew. It works by operating from a 3-state buffer output, meaning that there is no need to constantly read and write data in order to maintain the state of the stored bit. In addition, the device has a low power consumption of only 2 milliamps, which makes it highly efficient in applications where power is an issue. Its output skew is also reduced, meaning it is faster than other flip-flops, allowing for faster signal transmissions.

The 74ACT11074NSR is well suited for applications such as high-performance memory and real-time clock signal generation. It is extremely reliable in data storage applications, as it is able to store data quickly and accurately. It is also used in microprocessor-based systems, where its quick response time helps to process data more efficiently. The dual flip-flop can be used in display applications, such as displays in automobiles, solar systems and industrial devices.

The working principle of the 74ACT11074NSR is based on its two reversible flip-flops that operate at high speed. The clock signal is used as the trigger, which will control the state of the outputs. An input signal is applied to one of the flip-flops and then propagated to the other; if the signal changes state, then the other one will also change state. The outputs of the flip-flops are then used to control various operations or functions.

In conclusion, the 74ACT11074NSR is an effective dual-flip-flop device that is widely used in high-speed memory and clock applications. It is known for its low power, reduced output skew and quick response time. Its dual-flip-flop structure allows it to store different bits of data at once, making it a valuable tool for applications where data storage is important. As a result, it is seen as an invaluable asset for many industries.

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