Bluepill STM32 F103C8T6 F103C6T6 Entwickler- Development- Modul ARM CORTEX M3 STM32duino

STM32 F103C Development Module assembled © androegg

Bluepill STM32 F103C Development Board © androegg

STM32 F103C Modul wie folgt verfügbar:

• STM32 F103C6T6 Modul
• STM32 F103C8T6 Modul

Das STM32 Entwicklerboard basiert auf dem F103C von ST Microelectronics.

Im Lieferumfang ist

• 1 Stück STM32 Entwicklerboard
• 2 Stück Jumper 2,54 mm

enthalten.

Der F103C basiert auf dem 72 MHz ARM®Cortex®-M3 32-bit RISC core und unterstützt

• USART
• SPI
• I2C
• GPIO
• ADC
• PWM 16-bit
• USB 2.0

STM32 Entwicklermodul

Das STM32 Entwicklerboard sind eine Vielzahl von Entwicklertools wie beispielsweise

• STM32 Flash Tool zum Flashen der Firmware
• STM32CubeMX zur Code Generierung
• STM32duino / Arduino
• OpenSTM32 System Workbench beispielsweise in Kombination mit dem ST Link V.2
• bare metal
• uvm.

verfügbar

STM32 F103C Development Board available as

• STM32 F103C6T6 Modul
• STM32 F103C8T6 Modul

The STM32 Development Board is based on F103C from ST Microelectronics.

The STM32 Development Board incl.

•  1 pcs. STM32 Development Board
• 2 pcs. Jumper 2.54 mm Pitch

The F103C is based on a 72 MHz ARM®Cortex®-M3 32-bit RISC core and supports

• USART
• SPI
• I2C
• GPIO
• ADC
• PWM 16-bit
• USB 2.0

STM32 Development Module

The STM32 Development Board supports a wide range of Development Tools such as

• STM32 Flash Too
• STM32CubeMX
• STM32duino / Arduino
• OpenSTM32 System Workbench in Combination with ST Link V.2 Debugger
• bare metal
• and much more

STM32 Minimum Develoment Modul Features:

• integrated Voltage Converter
• Power Supply –
  5V via micro USB,
• 4-pin debug header (SWIM)
• Reset button
• 8 Mhz crystal
• Indicator LED

STM32 F103C8T6 Features:

• ARM Cortex M3 running at 72 Mhz (32 bit)
• 64K of flash
• 20K of ram
• USB interface
• 3 uarts
• 4 timers (each with 4 channels, so 16 timer driven pins)
• CAN
• I2C1 / I2C2
• SPI1 / SPI2

STM32 F103C6T6 Features:

• ARM Cortex M3 running at 72 Mhz (32 bit)
• 32K of flash
• 10K of ram
• USB interface
• 2 uarts
• 3 timers (each with 4 channels, so 16 timer driven pins)
• CAN
• I2C
• SPI