1. Physical drawings of the project
2. Development board functions
Integrating all basic and common peripheral interfaces of HK32F103C8T6, it is suitable for novices to use. After testing, it was found that it is compatible with using CubeMx to generate STM32F103C8T6 engineering code. You only need to modify the project equipment in KEIL5
1. General IO port function (input and output mode)--tested successfully
2. Serial communication module, using Uart1, can print data directly from the USB1 power supply terminal to the serial port debugging assistant, and supports one-click boot download circuit (design to carry punctual atoms) - tested successfully
3. External interrupt ()--not tested yet
4. Universal timer function--not yet tested.
5. PWM drives RGB lights (currently, the first version of the test found that the three ports PB13, PB14, and PB15 do not support PWM, and subsequent versions will modify it) - the test hardware failed
6. For the SPI-OLED part, use simulated routines. There are a lot of STM32 routines on the Internet. You can use them by slightly modifying the pin definitions. The main reason is to experience the SPI of the hardware.
7. Common reference to STM32 routines for IIC routines
8. RS232 and RS485 communication have not been used much before, so it may take some time.
9. CAN communication is currently in the process of learning and debugging.
10. The USB function is officially said to have problems. It is currently painted on the board and can be tested later.
3. Engineering code
Since all functions have not been tested yet, they will be improved in the future. You can visit my personal code repository to download https://gitee.com/chaoliao96/hk32-f103-c8-t6.git
4. Entry Development Process
You can refer to the video tutorial https://www.bilibili.com/video/BV1zV411v7Ue released by Station B. Please refer to the attachment for projects and materials.
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