STM32F107VC

ARM controller from ST Microelectronics. STM32F Homepage. For example used on the MCBSTM32C evaluation board frem Keil

Specifications Core 32 BIT ARM Cortex-M3 Microcontroller CPU clock up to 72MHz Memories 256kB Embedded Flash 64kB Embedded SRAM Specific features USB 2.0 Full Speed Device/Host/OTG Controller with on-chip PHY 10/100 Ethernet MAC with dedicated DMA and SRAM 12-channel DMA controller 2 * CAN Interface (2.0B Active) 2 * 12-bit ADC (16-channel) 2 * 12-bit DAC 2 * I2C 5 * UART 3 * SPI 80 GPIO pins Common features PLL Embedded Internal RC 8MHz and 32kHz Real-Time Clock Nested Interrupt Controller Power Saving Modes JTAG and SWD Four 16-bit Timers with Input Capture Output Compare and PWM or Pulse Counter and Quadrature Encoder Input 16-bit Motor Control PWM two Watchdog Timers SysTick Timer two 16-bit Basic Timers for DAC CRC Calculation Unit (96-bit unique ID) Reference Manual

Documentation STM STM32F (32-bit ARM Cortex) Homepage Reference Manual Data Sheet STM32F10xxx Flash memory microcontrollers Getting started with STM32F10xxx hardware development Cortex-M3 programming manual STM32F10xxx/20/21/L1 Cortex-M3 programming manual ARM ARM Infocenter ARM Developer Guide ARM Assembler Guide ARM Assembler Quick Reference Guide Cortex™-M3 Technical Reference Manual C Library ABI for the ARM Architecture The ARM C and C++ libraries (armcc V4.1) Keil RTX Real Time Operating System TCP/IP Networking Suite Books The Definitive Guide to the ARM Cortex-M3 ISBN: 185617963X ARM Assembly ISBN: 9781439806104, ISBN 10: 1439806101 E-Books.dk (Industriens forlag) User: eucmidt-elev Password: eucmidt ARM Infocenter

Running Understanding the STM32F107VC System Architecture Power Design Running the MCBSTM32C Evaluation Board Blinky Simple Cortex M related topics Bit-banding Components Using the GPIO - Generel Purpose input/Output Using the RCC - Reset and Clock Control features Reset and boot Serial communication with USART Interrupts and Events Using Keil RTX RTOS Using ADC (Analog to Digital Converter) Using CAN bus Using the RTC Real Time Clock Using timer2 to interrupt periodically Implementing Standard low-level C-functions Using Ethernet and TCP/IP Building a RTOS Using External Circuits Using the I²C to interface to external circuits LIS302DL 3 Axis motion Sensor Using Keils TFT-LCD Touchscreen display Using the CS42L52 Stereo CODEC Using the M24C64 EEPROM External Help my.st.com Reference Manual