MC74HC374ADWR2G Overview

It is embeded in 20-SOIC (0.295, 7.50mm Width) case. The Tape & Reel (TR)package contains it. Tri-State, Non-Invertedis the output configured for it. It is configured with a trigger that uses Positive Edge. This electronic part is mounted in the way of Surface Mount. It operates with a supply voltage of 2V~6V. It is at -55°C~125°C TAdegrees Celsius that the system is operating. A flip flop of this type is classified as a D-Type. The 74HCseries comprises this type of FPGA. You should not exceed 35MHzin the output frequency of the device. In total, it contains 1 elements. Despite external influences, it consumes 4μAof quiescent current. It has been determined that there have been 20 terminations. Members of the 74HC374family make up this object. A voltage of 3V is used as the power supply for this D latch. This T flip flop has a capacitance of 10pF farads at the input. An electronic device belonging to the family HC/UHcan be found here. It is mounted by the way of Surface Mount. 20pins are included in its design. Its clock edge trigger type is Positive Edge. It is included in FF/Latches. This flip flop is designed with 8 Bits. Vsup reaches 6V, the maximal supply voltage. It is imperative that the supply voltage (Vsup) is maintained above 2Vin order to ensure normal operation. On the basis of its reliable performance, this D flip flop is well suited for use with TAPE AND REEL. In order for the device to operate, it requires 2/6V power supplies. The flip flop has 2ports embedded within it. As a result of its output current of 7.8mA, it is very flexible in terms of design. In order to operate, the chip has 3 output lines. 8 channels are available.

MC74HC374ADWR2G Features

Tape & Reel (TR) package
74HC series
20 pins
8 Bits
2/6V power supplies

MC74HC374ADWR2G Applications

There are a lot of ON Semiconductor MC74HC374ADWR2G Flip Flops applications.

• Instrumentation
• Supports Live Insertion
• Data storage
• Frequency Divider circuits
• Asynchronous counter
• Registers
• Reduced system switching noise
• 2 – Bit synchronous counter
• Shift registers
• Balanced Propagation Delays