SN74LS74ADRG4

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 - Flip Flops are a type of digital circuits that are widely used in modern day computing. They are responsible for storing and transferring binary data from one place to another. SN74LS74A DRG4 is a product specialising in this domain.

The SN74LS74A DRG4 is a dual positive edge triggered Flip-flop, which can be used to shift and store digital data with the help of two trigger inputs. It has two ‘data’ and two ‘set’ inputs. The first input is the ‘data’ input, which is used to receive data which is to be stored. The second input is the ‘set’ input, which is used to set the data after it has been received. The output is ‘Q’ and ‘Q-bar’. When the ‘set’ input is held high the data is set, and, the ‘Q’ output is high. When the ‘set’ input is held low, the data is stored and the ‘Q-bar’ output is high.

The SN74LS74A DRG4 has three main power supply pins - +5V, -5V and GND. It operates in the -55°C to 125°C temperature range, and its power consumption is 2.5 mW for each supply voltage. The maximum clock frequency of the device is 70MHZ.

The SN74LS74A DRG4 can be used in various applications such as counters, shift registers, multiplexers, address decoders, arithmetic circuits, and memory circuits. It is also used in applications such as data acquisition systems and serial communication systems. The device is also used in power and control systems, communication systems, and digital systems.

The way the SN74LS74A DRG4 works is fairly simple. When a data signal is applied to the ‘data’ input, it is stored in the flip-flop. The data is then transferred to the ‘Q’ output when the ‘set’ input is held high. Once the ‘set’ input is held low, the data is transferred to the ‘Q-bar’ output. This process can be repeated, allowing the device to store and transfer data.

In general, the SN74LS74A DRG4 is a great choice for applications which require the storage and transfer of binary data with two trigger inputs. Its three power supply pins and temperature range make it suitable for most applications. Furthermore, its low power consumption makes it an even more attractive choice for counter, multiplexer and address decoder applications.

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