STR9 | STM32 Peripherals |
Exercise: | RCC Clock Configuration |
Exercise: | RTC Alarm | |
Exercise: | RTC Calendar | |
Exercise: | RTC Time Stamp |
Exercise: | FSMC SRAM basic functionalities | |
Exercise: | FSMC SRAM data memory |
Exercise: | DMA FIFO mode | |
Exercise: | DMA FLASH to RAM |
Exercise: | ADC dual mode Interleaved | |
Exercise: | ADC Injected Conversion interrupt | |
Exercise: | ADC Regular Conversion DMA | |
Exercise: | ADC Regular Conversion interrupt | |
Exercise: | ADC Regular Conversion Polling | |
Exercise: | ADC Trigger Mode | |
Exercise: | ADC Triple Mode Interleaved |
Exercise: | DAC Signals Generation | |
Exercise: | DAC Simple Conversion |
Exercise: | TIM Complementary Signals | |
Exercise: | TIM DMA example | |
Exercise: | TIM DMA burst | |
Exercise: | How to configure TIM1 TIM1 peripheral in encoder mode to determinate the rotation direction | |
Exercise: | TIM External Trigger Synchronization | |
Exercise: | TIM Input Capture |
Exercise: | TIM Cascade Synchronization | |
Exercise: | Configuring the TIM peripheral to generate four different signals with four different delays |
Exercise: | TIM 6 Steps | |
Exercise: | TIM 7 PWM Output |
Exercise: | Independent Watchdog |
Exercise: | CRYP AES Mode | |
Exercise: | CRYP AES DMA | |
Exercise: | Encrypt and Decrypt data using DES and TDES Algorithms | |
Exercise: | Encrypt data using TDES Algorithm in ECB mode with DMA |
Exercise: | Multiple Random Number Generator | |
Exercise: | HMAC digest calculation using HMAC SHA1 and HMAC MD5 | |
Exercise: | HASH digest calculation using SHA1 and MD5 (with DMA) |
Exercise: | UART printf | |
Exercise: | UART Hyperterminal IT | |
Exercise: | UART Hyperterminal DMA |
Exercise: | I2C two boards Advanced Communication IT/DMA | |
Exercise: | I2C Two Boards Communication Polling | |
Exercise: | Multiple I2C data buffer transmission/reception between two boards in interrupt mode with restart condition |
Exercise: | Transmit / Receive SPI data buffer using Interrupt, in an advanced communication mode | |
Exercise: | Perform SPI data buffer transmission/reception between two boards via DMA |
Exercise: | DCMI Capture Mode | |
Exercise: | DCMI Snapshot Mode |