SN74AC573DWG4

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SN74AC573DWG4 is an octal D latch which belongs to Texas Instrument’s Logic-Latches family. It enables devices to read, store and manipulate digital data, supporting data transmission and computing operations in electronic systems.

The SN74AC573DWG4 is a latch made up by 8 identical D type bits, each with 1 data input, 1 clock input and 1 output line. To latch data, the data is written through the D input and the clock input synchronizes the data loading, allowing the data to be stored by the output line.

The chip has common-source technology enabling it to supports fast, low power, and high speed operations at the same time. It also uses Schmitt trigger action on the D input allowing for improved noise immunity, meaning it is less likely to be affected by other electrical signals in the environment.

The SN74AC573DWG4 operates with a negative logic, which means that the outputs can be held low with a low logic and made high with a high logic. The outputs are in an active high state when the Cascade Input is low, and in an active low state when the Cascade Input is high.

Operating Temperature range is -55°C to 125°C, making it a great solution for systems operating in wide temperature ranges. It has a High Fan-In/ Fan Out of 10, meaning inputs, outputs and interim nodes of the device can all handle a total of 10 inputs or outputs.

Current ratings are between Ic (max) = 32 mA, Icc (max) = 80 mA and II (max) = 3 mA, meaning it is perfect for applications where low power consumption and high mA is needed.

In summary, SN74AC573DWG4 is a low-power, high-speed octal D latch which belongs to Texas Instrument’s Logic-Latches family. The chip uses common-source technology and Schmitt trigger action on the D input to provide fast, low-power, and high-speed operations with great noise immunity. It is operating at a temperature range of -55°C to 125°C and current ratings are between Ic (max) = 32 mA, Icc (max) = 80 mA and II (max) = 3 mA, making it perfect for applications like communications, data processing, portable electronics and more.

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