STM32-dat

legacy wiki page - https://w.electrodragon.com/w/Category:STM32

chips

Boards

STM32-F0 - STM1001-dat

STM32-F1 - DOD1046-dat - DOD1084-dat

STM32-F4 - DOD1096-dat - STM1004-dat

Programmer

offline-supported - DPR1130-dat

CMSIS-DAP-dat - DPR1100-dat

ST-LINK-dat - DPR1004-dat

Applications

CAN-dat - MSP1061-dat

M2M - NGS1112-dat

software

based on CMSIS-dap-dat - st-link-dat - SWD-dat - serial-dat - ST-Utility-dat - openOCD-dat - jlink-dat

firmware - micropython-dat - arduino-stm32-dat

official SDK library - STM32-SDK-HAL-dat

IDE - STM32-Cube-G0 - MDK-ARM-dat - platformIO-dat

Periperals list

SPI3

Shared SPI2

SPI1

Interface

Boot

  • STM32 microcontroller system memory boot mode - AN2606 - https://www.st.com/content/ccc/resource/technical/document/application_note/b9/9b/16/3a/12/1e/40/0c/CD00167594.pdf/files/CD00167594.pdf/jcr:content/translations/en.CD00167594.pdf
Setup Common Pin User Flash Boot ISP System
Boot0 Boot0 0 0 1
Boot1 PB2 x 0 1
- - SWD/JTAG prog Serial prog -

Main Flash memory

It is the built-in Flash of STM32. Generally, when we use JTAG or SWD mode to download the program, it is downloaded to this memory, and the program is directly started from this memory after restarting.

System memory

Starting from the system memory, the program function started in this mode is set by the manufacturer.

Generally speaking, this startup method is rarely used. The system memory is a specific area inside the chip. When STM32 leaves the factory, ST presets a BootLoader inside this area, which is what we often call the ISP program. This is a ROM and cannot be modified after leaving the factory.

Generally speaking, when we choose this startup mode, it is to download the program from the serial port, because the firmware of the serial port download program is provided in the BootLoader provided by the manufacturer, and the program can be downloaded to the system's Flash through this BootLoader.

Embedded Memory

Built-in SRAM, since it is SRAM, naturally there is no program storage capability. This mode is generally used for program debugging. If I only modify a small part of the code, then I need to erase the entire Flash again, which is time-consuming. I can consider starting the code from this mode (that is, in the memory of STM32) for fast program debugging. After the program debugging is completed, download the program to SRAM.

Programming Mode

UART

SWD

DFU mode

After USB is directly connected to the core board, enter the ISP mode (the chip has built-in DFU BootLoader when it leaves the factory), open the STM32CubeProgrammer software and use the USB connection mode to burn the firmware.

PS: When installing the STM32CubeProgrammer software, you need to install the Java environment

Demo Code

https://github.com/Edragon/stm32_COMM https://github.com/Edragon/STM32-DL-APP https://github.com/Edragon/STM32_Demo https://github.com/Edragon/STM32_SDK-examples

  • DOD1084-dat - demo code - https://github.com/Edragon/STM32-F103-M1
  • https://github.com/Edragon/STM32-F103-E1
  • https://github.com/Edragon/STM32-F103-AT1
  • https://github.com/Edragon/STM32-F103-AT2

Chip Naming

STM32F103 R C T 6

STM32F042 C 8 T 6 STM32F042 K 4 T 6 STM32F042 K 6 T 6

  • K = 32P
  • C = 48P
  • R = 64P
  • V = 100

  • Z = 144

  • C = 256 KB
  • D = 384 KB

  • E = 512 KB

  • H = BGA
  • T = LQFP

  • Y = WLCSP64

  • 6 = Industrial temperature range, –40 to 85 °C.

Embedded bootloader

The embedded bootloader mode is used to reprogram the Flash memory using one of the following serial interfaces:

  • SWD Default
  • USART1 (PA9/PA10)
  • USART3 (PB10/11 and PC10/11)
  • CAN2 (PB5/13)
  • USB OTG FS (PA11/12) in Device mode (DFU: device firmware upgrade).

ref

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