SN74AC563PW

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

Logic - Latches are widely used in electronic systems, such as computer architecture and communication systems. The SN74AC563PW is one of such products. It allows signals to be latched using a flip-flop structure. It is based on bipolar LSI with Schottky TTL technology and features two separate latches. The voltage supply of the IC is between 5V and 15V.

The SN74AC563PW has several advantages over similar products in terms of cost, power consumption, and easy implementation. It is a low-voltage, low-power device and its power consumption is typically lower than its competing products. The SN74AC563PW is a 16-pin type chip, which is easy to install and use. Compared to other products, it is less costly and can be used in cost-sensitive applications.

The SN74AC563PW is typically used in applications where data must be latched for short periods of time. It is ideal for buffering and memory systems, as well as data and communication systems. The chip can be used to synchronize data between multiple points, or to hold and capture data until the system is ready to process it. It is also used in consumer electronics to latch signals and control various components, such as relays and timers.

The working principle of the SN74AC563PW is based on a flip-flop structure, which uses two latches to store data. The two latches are connected via two input/output lines. The output of one latch is connected to the input of the other, thus forming a closed circuit. When a data signal is sent, the first latch is set and the output of the second latch is set. When the signal is removed, the first latch is reset and the output of the second latch is reset. This way, data can be latched for a certain period of time.

The two latches of the SN74AC563PW can also be connected in a chain, which allows data to be transferred from one latch to the other laterally. This is useful in applications where data has to be transmitted over long distances. The chip offers two modes of operation, namely cascade and master/slave. In cascade mode, both latches are connected, thus allowing data to be transferred from one latch to the other, while in master/slave mode, only one latch is connected, and the other is used as a backup.

The SN74AC563PW is a cost-effective and reliable solution for applications that require data buffering and data synchronization. It is a low-power and easy-to-use device that can be used in a wide range of applications. The chip’s low-power characteristics make it ideal for portable applications and battery-powered devices. It is also used in communication systems and consumer electronics. The SN74AC563PW provides an easy to use solution for data synchronization and buffering.

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