74VHCT373AMTR

Logic - Latches

The 74VHCT373AMTR is a sophisticated latch device with a wide range of application fields. It has a typical propagation delay of up to 10 nanoseconds, and its operating voltage ranges from 2V to 5.5V. The latch features an ‘8-bit addressable’ structure, allowing users to quickly and efficiently write to appropriate memory locations within the latch.

The 74VHCT373AMTR is well-suited for any applications requiring latch type functionality, but is often implemented in digital communication systems. Examples of digital communication systems that make use of this type of latch include broadcast television receivers, wireless communication systems, satellite systems, and digital video processing systems wherein a large number of data elements need to be interfaced with the latch.

The 74VHCT373AMTR has many advantageous features and characteristics that make it an ideal logic solution for many applications. It is built on a CMOS integrated circuit, making it one of the fastest available latch types. It is also designed to operate on low voltages, which makes the device ideal for battery powered applications or other power sensitive applications. Additionally, the device offers low power consumption and extremely low voltage levels, which means that it can operate at very low supply voltages.

The 74VHCT373AMTR operates according to a simple logic principle. Upon receiving an input signal, it compares this signal to the existing stored value in its memory location. If the signals are the same, the existing stored value is left intact. If the signals are different, the new value is stored in the memory location, replacing the existing stored value. This action is repeated each time the latch receives an input signal.

The versatility of the 74VHCT373AMTR, combined with its high speed and low power consumption, make it an ideal solution for a wide range of digital applications. Its ability to store data and quickly access appropriately stored memory locations make it suitable for many digital communication systems, as well as numerous application fields where data storage and retrieval are needed.