[Training Camp] Solar Internet of Things Garden Lights +968844A

       I originally felt that the design was perfect, but I found some shortcomings when I made it into the actual product. When I first started drawing the PCB, I planned to do automatic wiring. In the end, I found that the automatic wiring was not very satisfactory, so I switched to manual wiring. It took a long time to complete the wiring. Finish. During the process of debugging the actual product, it was found that turning on the light is reverse logic. Through the output level test of the microcontroller io port, it was found that the drive level of the Tuya module was opposite to the designed drive level. The original field effect tube was replaced with an s8550 transistor. , the current output by the charging module was not connected to the lithium battery, and the flying wire was used to solve this problem, and finally achieved the desired result. Only by making mistakes can we make progress. I would like to thank Lichuang and Tuya Platform for this training opportunity.

1. Through the detection of the photoresistor module, the switch of the chip is controlled so that the garden light can only work at night;

2. Convert solar energy into electrical energy during the day and store it in lithium batteries for use at night;

3. Realize remote control through Tuya IoT module;

4. Some interfaces are introduced and can be developed again.

5. Music rhythm can be realized through the mobile phone microphone.

6. A variety of dazzling colorful lights;

7. Equipped with independent night light hardware switch, which can be switched quickly.

8. Complete video demonstration address on Bilibili: https://www.bilibili.com/video/BV1iV4118761

9. Video demonstration address link: https://pan.baidu.com/s/1SnrsMLm41ZWj5Sq6TRd3_A Extraction code: 1234

10. [Link to Tuya IoT development platform] https://auth.tuya.com/?from=https://www.tuya.com/cn/&_source=cbc30f99f7a6c4aebca6755c2fab437f