Basic introduction of stm32RCT6 core board1.Preliminary understanding of STM322.Introduction to STM32F103RCT6 of this product2.1 STM32F103RCT6 AND STM32F103C8T6 compare2.2 Features of this product2.3 ISP Method of Write2.4 SWD Method of Write3.STM32F103RCT6 Physical picture:4.STM32F103RCT6 Basic peripherals
STM32 is: Cortex-M is used as the core and packaged together with some peripherals to become a popular 32-bit embedded processor. STM32F1, namely M3 core, is used in development. Cortex-M3 adopts ARMv7-M architecture. The ARM architecture was designed by the UK ARM company.
So what is the connection between Italian and French semiconductors, ARM and merchants? ARM company has proposed an architecture, and Italian French Semiconductor has designed STM32 chip through the architecture provided by ARM, and these businesses have purchased STM32 chip of Italian French Semiconductor to carry out independent secondary development, and connected with some peripherals to make STM32 development board and single chip products we have.
Both are STM32 chips, but RCT6 has much more pin and flash capacity than C8T6.
Refer to this tutorial:https://zhuanlan.zhihu.com/p/342582220
Basic peripherals | Number | explain |
---|---|---|
I2C | 2 | NONE |
I2S | 2 | NONE |
SPI | 2 | NONE |
CAN | 1 | NONE |
UART | 2 | NONE |
USB | 1 | The outgoing pins need to be connected by themselves |
SDIO | 1 | The outgoing pins need to be connected by themselves |
TIMER | 8 | 16-bit timer (2 basic, 4 general, 2 advanced) |
DMA | 2 | 12 channels in total |
PWM | 30 | One general timer can generate 4 PWM, and one advanced timer can generate 7 PWM, that is, 16+14=30 |
DAC | 2 | 12-bit resolution |
ADC | 3 | 12-bit resolution (Each has 16 channels) |
Base GPIO | 51 | NONE |