SN74AS874DWRE4

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The SN74AS874DWRE4 is a Flip-Flop circuit that is part of the 74AS logic family from Texas Instruments. The SN74AS874DWRE4 has two of these flip-flops, one for each output. It is designed for use in digital systems where input signal is subjected to long periods of inactivity, such as in multiplexers or memory circuits. The SN74AS874DWRE4 is a low-power, bipolar circuit with a frequency range of 10 MHz to 160 MHz.

A Flip-Flop is categorized as a type of sequential logic circuit. It is composed of two storage elements, connected in series. When the input signal is active, the first storage element, known as the input latch, stores the incoming signal. The output of the input latch is then used as the control signal to the second storage element, known as the output latch. The output of the output latch is then used as the output signal of the Flip-Flop circuit.

The SN74AS874DWRE4 is notable for its low power consumption and high speed, with a typical rise and fall time of 25 nanoseconds. Additionally, the SN74AS874DWRE4 is designed for multiplexer applications and uses two integrated resistors for this purpose. The SN74AS874DWRE4 is also designed for easy integration into circuits, as its inputs and outputs are fully internalized.

The SN74AS874DWRE4 has a variety of applications in industrial, especially in digital systems. It is capable of transcoding between analog and digital signals. It is also commonly used in video surveillance systems to monitor high-speed systems, as well as in data acquisition systems. Furthermore, the SN74AS874DWRE4 can be used in control systems to store multiple data points.

Overall, the SN74AS874DWRE4 is a highly capable and versatile Flip-Flop circuit. Its ability to combine multiplexer functions, in addition to its low power and fast speed, makes it ideal for a variety of applications in industrial and digital systems. It is a reliable and dependable circuit that can be easily integrated into circuits and can provide a high degree of accuracy and performance.

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