SN74HC374DWG4 Overview
In the form of 20-SOIC (0.295, 7.50mm Width), it has been packaged. D flip flop is embedded in the Tube package. As configured, the output uses Tri-State, Non-Inverted. This trigger uses the value Positive Edge. Surface Mountis occupied by this electronic component. A supply voltage of 2V~6V is required for operation. It is operating at -40°C~85°C TA. The type of this D latch is D-Type. The FPGA belongs to the 74HC series. You should not exceed 70MHzin its output frequency. The element count is 1 . This process consumes 8μA quiescents. There are 20 terminations, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line. The 74HC374 family contains it. The D flip flop is powered by a voltage of 5V . A JK flip flop with a 3pFfarad input capacitance is used here. In terms of electronic devices, this device belongs to the HC/UHfamily of devices. There is an electronic component mounted in the way of Surface Mount. The electronic flip flop is designed with pins 20. There is a clock edge trigger type of Positive Edgeon this device. The part is included in FF/Latches. 8bits are used in its design. It reaches 6Vwhen the maximum supply voltage (Vsup) is applied. For normal operation, the supply voltage (Vsup) should be kept above 2V. Its flexibility is enhanced by 8 circuits. A total of 2/6V power supplies are needed to run it. There are 2 terminations, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line. For high efficiency, the supply voltage should be set to 5V. With an output current of 7.8mA, it is possible to design the device in any way you want. It is reported that there are 3 input lines.
SN74HC374DWG4 Features
Tube package
74HC series
20 pins
8 Bits
2/6V power supplies
SN74HC374DWG4 Applications
There are a lot of Texas Instruments SN74HC374DWG4 Flip Flops applications.
- Communications
- Buffer registers
- Power down protection
- Data Synchronizers
- ESD performance
- Bus hold
- CMOS Process
- Consumer
- Patented noise
- Frequency Divider circuits
