SN74AVC16374DGVR Overview

48-TFSOP (0.173, 4.40mm Width)is the way it is packaged. D flip flop is included in the Cut Tape (CT)package. The output it is configured with uses Tri-State, Non-Inverted. JK flip flop uses Positive Edgeas the trigger. In this case, the electronic component is mounted in the way of Surface Mount. A voltage of 1.4V~3.6Vis required for its operation. It is at -40°C~85°C TAdegrees Celsius that the system is operating. It belongs to the type D-Typeof flip flops. This type of FPGA is a part of the 74AVC series. A frequency of 200MHzshould be the maximum output frequency. A total of 2 elements are present. This process consumes 40μA quiescents. Currently, there are 48 terminations. The 74AVC16374 family contains it. A voltage of 1.5V is used as the power supply for this D latch. Input capacitance of this device is 3pF farads. AVCis the family of this D flip flop. There is an electronic part mounted in the way of Surface Mount. It is designed with 48 pins. This device's clock edge trigger type is Positive Edge. This device has the base part number FF/Latches. Flip flops designed with 16bits are used in this part. Compared to other similar T flip flops, this device offers reliable performance and is well suited for TR. There are 2 terminations, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line. This T flip flop features a maximum design flexibility due to its output current of 12mA. There are 1 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. This input has 3lines in it.

SN74AVC16374DGVR Features

Cut Tape (CT) package
74AVC series
48 pins
16 Bits

SN74AVC16374DGVR Applications

There are a lot of Texas Instruments SN74AVC16374DGVR Flip Flops applications.

• ESCC
• Synchronous counter
• Counters
• Latch
• Differential Individual
• Instrumentation
• Memory
• Individual Asynchronous Resets
• Buffer registers
• Circuit Design