74LV374PW,112

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Logic-flip-flops are commonly used in electronics and are integral components of digital logic gates. They are used to store and retrieve various signals in digital systems.

The 74LV374PW,112 is such a device, named for its series number (74LV374PW) and its stored bits (112). Developed by Texas Instruments, it is a high-performance dual-in-line memory module (DIMM). It is used to help maximize the performance of computer memories.

The 74LV374PW,112 contains sixteen 8-bit flip-flops, which are connected in parallel to form a 112-bit register. The register is divided into two independent banks, each having eight 8-bit registers. Each bank has an independent data input (DI) and data output (DO) lines. The flip-flops are connected to the bank\'s control lines, namely active low Clock Enable (CE) and active low Clock (CLK). A single active low Master Reset (MR) line controls the reset of all registers.

The 74LV374PW,112 is primarily used for storing large amounts of data in memory. It can be used for distributed data storage and for switching clock signals for synchronizing multiple devices. Its registers are optimized for fast operation with both positive and negative logic levels. As such, it can handle data with both good, reliable accuracy and speed.

The main working principle behind the 74LV374PW,112 lies in its usage of the flip-flops. Flip-flops are logic circuits that store binary values in their memory, to be recalled later in the same exact state. The 74LV374PW,112 utilizes these flip-flops to store 8-bit words through the CE and CLK lines, and then afterward outputs them when a signal is received through the DO line. Its reset line ensures that the registers only accept valid data, ensuring valid data storage.

The 74LV374PW,112 is mainly used in high-performance processors, computer memory systems, and other digital applications requiring reliable and fast memory access. It can be used to reliably store data in digital systems and to switch clock signals for synchronization. Its registers can also be connected to reduce their propagation delay, and can be cascaded for storing even more data.

The 74LV374PW,112 is an example of digital electronics relying on the utilization of efficient multiplexers, flip-flops and data outputs to provide reliable data storage, fast memory access and synchronization. Its robust design and reliable performance make it an ideal choice for devices that rely on digital memory and logic.

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