74ACT373TTR

74ACT373TTR is an Integrated Circuit (IC) that falls into the category of logic latches. This IC is a 8-bit D-type flip flop with transparent latch. A latch is a basic memory element that is used to store a single bit of data, while a flip flop is a digital circuit that is used to store and maintain bits of data. The 74ACT373TTR IC stands out because it features both a latch and flip flop at the same time, making it a versatile and efficient IC.

The 74ACT373TTR functions by first accepting a trigger input (generally a positive edge triggered signal) and storing the input within its flip flop. Once the signal is stored, the IC latches or memorizes the signal. In both cases, the trigger input and latching process is handled by an integrated circuit called a clock signal. Clock signals are used in all circuits that require synchronization, and the 74ACT373TTR utilizes one as an integral part of its circuitry.

The functionality of 74ACT373TTR makes it the perfect choice for applications that require latching, memorizing, or storing a signal or data. Some of the common applications of 74ACT373TTR ICs are memory address and clock signal decoder, data bus buffering, and FIFO (First In First Out) memory architectures. The 74ACT373TTR also finds application in digital cameras, digital video equipment, printers, and networking equipment.

The primary technical specifications of the 74ACT373TTR are its maximum power dissipation at 1.2 watts, operating temperature range of 0-70C, propagation delay of 10.3ns, and maximum operating frequency of 200MHz. Additionally, the 74ACT373TTR features 8-bit parallel inputs (D0-D7) and 8-bit parallel outputs (Q0-Q7). The 74ACT373TTR’s output is Latched version of the input, allowing for improved and more reliable signal transmission.

In summary, the 74ACT373TTR IC is a versatile IC that falls into the category of logic latches. It comes with several beneficial features, such as a latch and flip flop, 8-bit parallel inputs and outputs, and a built-in clock signal generator. It is ideal for applications where latching and signal memorization are needed, such as memory address and clock signal decoder.

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