SN74LVC112APWT

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Logic circuits are the building blocks of digital systems. Flip-Flops form a key part of most digital systems. The SN74LVC112A-PWT is a Flip-Flop integrated circuit, which is primarily used in many digital systems to provide precise timing control and fast data transfer between devices. This article provides an overview of the SN74LVC112A-PWT’s application field and working principle.

The SN74LVC112A-PWT is a single-bit, dual-input Flip-Flop with combined data and set/reset inputs. The device is powered by two power supply voltages: V_CCA is the anode supply voltage, ranging from 2.7V to 3.6V, while V_CC is the cathode supply voltage, ranging from 1.65V up to 3.6V. The SN74LVC112A-PWT is available in a wide range of packages and temperature ranges, making it suitable for many applications.

The SN74LVC112A-PWT application field mainly consists of logic-level translator logic applications. As such, it is used as a logic-level translator for interfacing and control between digital systems. Moreover, due to its wide range of available packages, it can also be used in many memory systems and other digital circuits. Finally, it is especially designed for low-power and small-size applications, making it an ideal choice for portable devices.

Since the SN74LVC112A-PWT is a single-bit Flip-Flop, its set/reset inputs’ output can be very well defined. The device works by setting the output based on the set/reset inputs when the appropriate input levels are provided. It also features an active-low set/reset input terminal and an asynchronous reset. Moreover, the device provides significant noise immunity, providing a high level of protection to the system in both normal and off states.

When it comes to its working principle, the SN74LVC112A-PWT acts as both a Flip-Flop and a level translator. The device features two forward-paths, meaning that the input levels can be either equal or opposite of the power supply voltages. When the input levels on the set/reset inputs are provided, the device sets or reset its output based on the input level. Moreover, the device also provides a high level of noise immunity by providing a low threshold Asynchronous Reset signal. This helps to ensure that the output of the device remains consistent in the presence of external noise.

In conclusion, the SN74LVC112A-PWT is an ideal choice for most digital systems. It can be used as logic-level translator for interfacing and control, and it is especially designed for low-power and small-size applications. Its set/reset inputs output can be very well defined, providing precise timing control and fast data transfer. Moreover, it provides a high level of protection to the system by providing a low threshold Asynchronous Reset signal.

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