SN74ACT373NSR Integrated Circuits (ICs)

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The SN74ACT373NSR is a low–power low–voltage asynchronous flow–controlled storage latch. It offers advanced flow control capability and is suitable for a wide variety of applications. The SN74ACT373NSR has multiplexed address and data latches and is designed for very low voltage and very low power requirements. The device is designed with an active low enable input that enables data input control and clock/data synchronization. The SN74ACT373NSR has multiplexed address and data inputs, a clock input, an enable input, and two multiplexed output enable signals. The device also has a dual enable input, which allows for either synchronous or asynchronous operation. This enables the device to handle more complex operations, such as data synchronization and synchronization with other logic devices.

The SN74ACT373NSR is suitable for a variety of applications, including data synchronization and synchronization with other logic devices. It is also useful for multiplexing applications, where data needs to be read from multiple sources or written to multiple destinations. It is also suitable for communication applications in which data needs to be kept synchronized between two devices. It can also be used for sequential memory or logic latch applications.

The SN74ACT373NSR is also suitable for logic circuit design and for providing buffering and flow control. The device includes both a data and an address multiplexer and can be used to allow data to be output in serial or parallel formats. The device also has two output enable signals that help prevent race conditions. This allows the data to be properly latched and output even when asynchronous events occur.

The working principle of the SN74ACT373NSR is based on the concept of active low enable and asynchronous flow control. The active low enable is an input that enables data input control and clock/data synchronization. The data input is multiplexed and the output is latched after being enabled by the enable input. An internal clock is used to activate the latch and the data is stored in the latch. The data is then latched after the data is enabled and the internal clock signals the output enable signal. The output is then latched. The data is held in the latch until the next clock pulse, after which it is output.

In summary, the SN74ACT373NSR is a low–power low–voltage asynchronous flow–controlled storage latch. It is suitable for several applications such as data synchronization, multiplexing, and communication. The active low enable and asynchronous flow control allows data to be output in both serial and parallel formats and the two output enables help prevent race conditions. This latch is suitable for a variety of applications and provides an excellent solution for logic circuit design.

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