SN74ACT574PW Overview

In the form of 20-TSSOP (0.173, 4.40mm Width), it has been packaged. A package named Tubeincludes it. T flip flop uses Tri-State, Non-Invertedas its output configuration. It is configured with a trigger that uses a value of Positive Edge. Surface Mountis positioned in the way of this electronic part. A 4.5V~5.5Vsupply voltage is required for it to operate. It is at -40°C~85°C TAdegrees Celsius that the system is operating. It belongs to the type D-Typeof flip flops. It belongs to the 74ACTseries of FPGAs. This D flip flop should not have a frequency greater than 110MHz. The list contains 1 elements. T flip flop consumes 4μA quiescent energy. There are 20 terminations, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line. If you search by 74ACT574, you will find similar parts. A voltage of 5V is used as the power supply for this D latch. JK flip flop input capacitance is 4.5pF farads. In this case, the D flip flop belongs to the ACTfamily. The electronic part is mounted in the way of Surface Mount. There are 20pins on it. A Positive Edgeclock edge trigger is used in this device. It is included in FF/Latches. Flip flops designed with 8bits are used in this part. The superior flexibility is achieved through the use of 8 circuits. There are 5V power supplies attached to it. This flip flop has a total of 2ports. In order to achieve high efficiency, the supply voltage should be maintained at 5V. The output current of 24mA makes it feature maximum design flexibility. 3input lines are available for you to choose from.

SN74ACT574PW Features

Tube package
74ACT series
20 pins
8 Bits
5V power supplies

SN74ACT574PW Applications

There are a lot of Texas Instruments SN74ACT574PW Flip Flops applications.

• Guaranteed simultaneous switching noise level
• Shift Registers
• Storage Registers
• Buffer registers
• Data storage
• Balanced 24 mA output drivers
• Cold spare funcion
• Differential Individual
• Single Down Count-Control Line
• Dynamic threshold performance