An Internet of Things clock table, based on the ESP32-C3 series module. Use the esp32-c3 module to design a circuit that can display the clock on the digital tube offline and connected to the network. Use ds1302 to complete the offline time timing and display it on the digital tube. Come out, use the esp32-c3-12F module to connect to the wife and configure, synchronize the time signal to the ds1302 to make the digital tube display the network time; there is a button at the bottom to complete offline network time adjustment, network time calibration and re-configuration of the network. . At the same time, the time and year, month and day can be displayed alternately to realize real-time updating of time and date via the Internet. And use 3D printing to model and print the shell to realize a desktop clock at a certain angle.
An Internet of Things clock table, based on the ESP32-C3 series module. Use the esp32-c3 module to design a circuit that can display the clock on the digital tube offline and connected to the network. Use ds1302 to complete the offline time timing and display it on the digital tube. Come out, use the esp32-c3-12F module to connect to the wife and configure, synchronize the time signal to the ds1302 to make the digital tube display the network time; there is a button at the bottom to complete offline network time adjustment, network time calibration and re-configuration of the network. . At the same time, the time and year, month and day can be displayed alternately to realize real-time updating of time and date via the Internet.
Here you can fill in the completion progress bar of the project, select the check box according to the completed function, and also display the completion progress of the function.
[x] Schematic design
[x] PCB diagram design
[x] PCB proofing
[x] Welding test
[x] Functional testing
[x] Program testing
I'm a novice just learning, if there are any mistakes, please contact me to correct them in time, thank you!
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