74LVC273D,112

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Flip flops are devices used in sequential logic that store the value of their inputs until the next signal is received. They are used to store information in digital world and are operated in two states. 74LVC273D is a low-voltage CMOS flip-flop with an enable pin. The 74LVC273D Flip-Flop has four data input pins, four data output pins, an enable pin, and one clock pin. It also has an asynchronous reset input pin for resetting the flip-flop. This device is designed for use in low-voltage applications, operating from a single 1.65V to 3.6V power supply. The enable pin can be used to enable or disable the flip-flop, and the clock pin is used to synchronize the data from the data input pins. The input data is transferred to the output data pins on the rising edge of the clock signal.

The 74LVC273D can be used in a variety of applications. It can be used to store a bit of data, create a shift register, create ring counter, or latch data that is changed frequently. It can also be used to divide the frequency of an input signal. In addition, it can be used as part of a digital memory system. The 74LVC273D is also used in synchronous logic designs, such as frequency dividers and shift registers.

The working principle of the 74LVC273D Flip-Flop is simple. When the clock goes low, the data on the data input pins is transferred to the output data pins and stored in the flip-flop. When the clock is high, the data is held in the flip-flop. When the enable pin is high, the data is transferred from the output data pins to the input data pins, overwriting any previous data. When the enable pin is low, the data remains stored in the flip-flop. The data on the output pins can only be changed on the rising edge of the clock signal.

The 74LVC273D Flip-Flop is an efficient and reliable device. It is ideal for use in low-voltage logic designs, and it can be used in a variety of applications. Thanks to its versatility and efficiency, the 74LVC273D is a popular device for many applications. It is a valuable component of any digital logic design.

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