SN74ABT574ADBR Overview

The item is packaged in 20-SSOP (0.209, 5.30mm Width)cases. Package Cut Tape (CT)embeds it. As configured, the output uses Tri-State, Non-Inverted. There is a trigger configured with Positive Edge. There is an electronic component mounted in the way of Surface Mount. It operates with a supply voltage of 4.5V~5.5V. It is operating at -40°C~85°C TA. It belongs to the type D-Typeof flip flops. It is a type of FPGA belonging to the 74ABT series. Its output frequency should not exceed 200MHz. D latch consists of 1 elements. There is 250μA quiescent consumption. There are 20 terminations, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line. It is a member of the 74ABT574 family. It is powered by a voltage of 5V . Its input capacitance is 3.5pFfarads. Electronic devices of this type belong to the ABTfamily. It is mounted by the way of Surface Mount. It is designed with 20 pins. This device has the clock edge trigger type of Positive Edge. This part is included in FF/Latches. There are 8bits in its design. Its flexibility is enhanced by 8 circuits. This D flip flop is well suited for TR based on its reliable performance. It runs on 5Vvolts of power. This flip flop has a total of 2ports. If high efficiency is desired, the supply voltage should be kept at 5V. In addition to its maximum design flexibility, the output current of the T flip flop is 64mA. There are 3 output Lines, which generate the binary equivalent of the input line whose value is equal to “1” and are available to encode either a decimal or hexadecimal input pattern to typically a binary or “B. C. D” (binary coded decimal) output code. There is 30mA quiescent current consumption by it.

SN74ABT574ADBR Features

Cut Tape (CT) package
74ABT series
20 pins
8 Bits
5V power supplies

SN74ABT574ADBR Applications

There are a lot of Texas Instruments SN74ABT574ADBR Flip Flops applications.

• Instrumentation
• Buffered Clock
• Digital electronics systems
• Cold spare funcion
• Power down protection
• Differential Individual
• Frequency Divider circuits
• Computers
• Latch-up performance
• Shift Registers