SN74AC373DWG4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SN74AC373DWG4 is a type of latch belonging to the Logic - Latches category. It runs on 3V to 18V single supply, which makes it amazingly versatile and a popular choice among hobbyists and professionals alike. It has an edge-triggered D-type flip flop with an enable input, which creates an easy setup of the logic system.

The enable input acts as a gate, allowing the flip flop to be enabled or reset with a logic signal. When the logic signal is off, the enable input is disabled and the flip flop cannot be set or reset, thus no data will be stored. This feature makes it incredibly useful for applications such as address decoding, synchronizing and data storage.

SN74AC373DWG4\'s 3-state output buffer further extends the versatility of this latch, allowing multiple latches to be easily connected in parallel. The enable input of every flip flop is connected together, so that several enable signals can be inputted in a single enable pin, which makes the overall connection much easier.

Internally, this latch implements a master-slave J-K flip flop. It has two clock inputs, one of which is designated as the master clock and the other is the slave clock. This arrangement allows the setup and reset signals of the latch to be staggered or delayed after the master clock transition.The major advantage of this circuit arrangement compared to others is that data can be preserved longer than with a simpler configuration.

The SN74AC373DWG4 latch can be used in various fields, such as in computing, automotive and industrial applications. Its major uses include signal transmission, processing and storage, as well as for signal clock synchronizing. Its versatile output buffer facilitates the connection of multiple latches, creating an easily expandable logic system.

Overall, the SN74AC373DWG4 is a great choice of latch as it allows users to easily set up their logic systems and is capable of handling multiple functions. Its vast application fields make it a durable solution for many different applications requiring signal routing, processing and storage.

The specific data is subject to PDF, and the above content is for reference