SN74LVTH32374GKER Integrated Circuits (ICs)

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The SN74LVTH32374GKER is a type of logic flip-flop for storing binary data, which is a core component in digital circuits. It is manufactured by Texas Instruments, Inc. and is a part of their series of logic gates. It is a dual edge-triggered flip-flop, consisting of two D-type flip-flop stages. The SN74LVTH32374GKER is a fairly new component and does not have many years of history behind it. However, the component has found wide application in the digital world.The SN74LVTH32374GKER flip-flop is used in logic circuits in many applications. It is especially useful in video and image recognition devices, used to store data or perform logic operations on it. It is also widely used as memory devices in many types of electronic equipment, including computers and consumer electronics. The component is also used in logic gates, counters and digital clocks to store and transmit digital data.The SN74LVTH32374GKER rectangular package consists of a Schmitt-trigger (input capture stage) and two D-type flip-flop stages for storage. It is the Schmitt-trigger stage which provides the component its edge-triggered capability, allowing it to detect the rising and falling edges of a digital signal at two different levels of voltage. This allows for more reliable and accurate data storage.The SN74LVTH32374GKER component has several working principles and features, such as Schmitt trigger input, latch enable, and asynchronous reset. It also contains a latch enable input, which allows the user to choose between two different states: transparent (data is allowed to pass through), or non-transparent (data is blocked). It also contains an asynchronous reset input, which allows the user to reset the component to a known state at any time. The SN74LVTH32374GKER component also features an adjustable threshold voltage level of operation, which can be adjusted by varying the voltage applied to its gate input. This feature allows the component to be used in other types of devices, like in analog circuits where the required input threshold may vary due to temperature and other external factors. The SN74LVTH32374GKER device is constructed as a compact rectangular package, and contains a total of 16 pins. It has a power dissipation of up to 340 mW, and each stage is capable of driving a load of up to 28mA at 3.3V and 20mA at 5V. It has a propagation delay of 10ns at 3.3V and 8ns at 5V. In conclusion, the SN74LVTH32374GKER is a dual edge-triggered flip-flop and memory element, which is suitable for many different applications. It has several features, such as adjustable threshold voltage, latch enable, asynchronous reset, and Schmitt trigger input. It is easy to use and provides reliable performance. Its wide range of uses makes it a go-to component for any digital circuit design.

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