SN74LVTH273PWR Integrated Circuits (ICs)

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The SN74LVTH273PWR is a logic-level input, dual D-type flip-flop with a reset function. It is designed for use in higher-speed applications that require clean switching performance. It is mainly used in logic control applications, digital storage memory applications and logic bus interfacing.

The SN74LVTH273PWR is built with four-level metal gate CMOS technology. It has level-shifting outputs that can sink up to 14 mA or source up to 5 mA. It allows very fast propagation delay times and low quiescent currents. It also has wide operating power supply range, low noise, and very low static power dissipation.

The working principle of the SN74LVTH273PWR is fairly simple but powerful. It consists of two D-type flip-flops, each with a data D input and a reset input. When a high is applied to the reset, both output Q and the inverse Q are set to a high. When low is applied to the reset, the D input is accepted and the output goes to its inverse state. This is called a flip-flop. The outputs Q and the inverse Q both depend on the D input and the reset. The set and reset feature provides a means of reliably initializing the device to a known state without requiring external timing signals.

The SN74LVTH273PWR is mainly used in applications where the output is expected to change in response to transitions of its control input, the reset. It is applicable in logic control applications such as logic gates and multiplexers, digital storage memory applications such as shift registers, and logic bus interfacing.

One of the main applications of the SN74LVTH273PWR is shift registers. Shift registers are devices that can store digital information in the form of binary data. They can be used to store digital information, such as music or video, in a form that can be accessed and manipulated by a computer. They can also be used to store data in a serial format. In these applications, the SN74LVTH273PWR provides an easy to use logic level shifting output for the shift register.

Another application of the SN74LVTH273PWR is logic bus interfacing. This application uses the flip-flop to interface logic buses. Logic buses are used in digital systems to transfer information between different parts of the circuit. By connecting the flip-flop to the logic bus, the circuit is able to accept the data from the logic bus and process it.

The SN74LVTH273PWR is a very versatile device that provides high speed operations and a low power dissipation. It is an ideal device for applications such as logic control, digital storage memory and logic bus interfacing. Its reset feature also makes it very attractive for applications where reliable initialization is required.

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