SCAN18373TSSCX

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 SCAN18373TSSCX is a kind of logic latch that can accurately perform two operations in one cycle. This latch is engineered with a MOSFET that increases the switching speed of the latch to 75 nanoseconds. The latch offers excellent performance in high-speed systems and is capable of performing two simultaneous operations at a given time. The SCAN18373TSSCX latch can complete two tasks in one cycle, making it a very efficient latches in terms of speed and accuracy.

The SCAN18373TSSCX latch has a wide range of application fields where it can be used to effectively control the data flow and its various processes. It can be used in high-performance digital circuits such as CPUs, FPGAs, or ASICs. It can also be used in the automotive, automotive embedded, and industrial control fields to improve their performance and accuracy. The SCAN18373TSSCX latch is also suitable for high-reliable applications due to its robust architecture.

The SCAN18373TSSCX has a simple working principle. The latch is designed to store the data that is sent to it. When the clock signal is given, the latch will latch the data that it is given and store it until the clock signal is dropped. When the clock signal is dropped, the latch will release the data that was stored and continue its operation. The latch has two inputs, the data and the clock signal, which control its operation.

The SCAN18373TSSCX latch is a high-speed and high-reliability latch ideal for high-performance digital circuits. It is engineered with a MOSFET which increases switching speed and makes it an ideal choice for high-speed systems. The latch is suitable for automotive and industrial control applications, as well as embedded systems. It offers excellent performance in terms of accuracy and speed, and its robust architecture makes it suitable for high-reliable applications.

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