SN74LV374ATDWR Integrated Circuits (ICs)

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The SN74LV374ATDWR belongs to a logic IC family known as “Flip-Flops”. They are simple yet powerful circuit components which store and retrieve a specific digital state of information. Flip-Flops are an important part of digital design and are used to create circuits such as counters, shift registers and memory. The SN74LV374ATDWR has several application fields, such as test and measurement devices, communication systems, and industrial equipment.

The SN74LV374ATDWR is a Quadruple Positive-Edge-Triggered D-Type Flip-Flop. It was designed to be a low-power multi-stage alphanumeric data storage device. It utilizes high-performance CMOS technology and is built with dual 4-bit latches that are configured in two distinct sections, allowing applications to store up to four 8-bit alphanumeric, or 4-bit binary coded data in each section.

The SN74LV374ATDWR has several outstanding features, such as guaranteed input-to-output glitch-free operations, independent clock inputs and a wide supply voltage range. The device also features a high speed of up to 3.2 MHz, a low voltage of 4.5 V, and a maximum current of 8 mA. The output is capable of directly driving up to 10 LS-TTL loads which allows for higher output current requirements.

The SN74LV374ATDWR operates on multiple principles. First, input and output data is stored in the flip-flop register when a positive edge occurs on the associated clock, allowing for data storage. There is also the D-Type multiplexing function which is activated by connecting the Input Data “D” line to one of the multiplexer outputs and “X” to the other. Lastly, the enable input and the reset input enable and reset the chip, respectively.

Flip-Flop structures such as the SN74LV374ATDWR are crucial to the building of digital logic circuits. The device has a wide voltage range making it suitable for both current and future systems. Additionally, its many features make it great for offering high-speed and low-power operations. The SN74LV374ATDWR performs a vital role in data transfer, data storage, and parity checking and is an important part of digital design.

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