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I generated FOC code by 3 shunt from MCSDK5.3.3.the base project comes from STM32CubeExpansion_SPN7_V1.1.0. The MCU is STM32F302R7Tx.Please review below code and respond the error.static void MX_NVIC_Init(void){ /* TIM1_BRK_TIM15_IRQn interrupt confi...
Hi,I use STM32L476QE.I want to use the entire RAM (96KB SRAM1 and 32KB SRAM2) as one continuous memory, is that possible?I use IAR
Category 3:In Option Bytes: (0x1FFF7800)Bit 22 DBANK:0: Single bank mode with 128 bits data read width1: Dual bank mode with 64 bits dataThis bit can be written only when PCROP1/2 is disabled.Bit 21 Reserved, must be kept at reset value.Bit 20 BFB2: ...
I used CubeMX to point HSI(16 MHz) to Master Clock Output 1(no prescaler). I hooked it up to my o-scope and saw the signal in the following picture. It's obviously not a digital signal, but shouldn't it be? What's going on here?
I am using an STM32F4466 Nucleo board. I am using DMA 2 for ADC1 to memory transfer.My AHB frequecy is 180MHz. I want to know how long does it take to transfer a half word.
19:02:43 **** Incremental Build of configuration Release for project asyncout ****make all Building file: ../Src/main.cInvoking: MCU GCC CompilerC:\Users\mikew-dell\STMicroelectronics\projects\asyncout\Releasearm-none-eabi-gcc -mcpu=cortex-m4 -mthumb...
I think it would be the easyest way to work with RTC's SRAM. In this case I just need to define the section in code where to put my variables. I would like to see someone's opinion who is more experience with STM's than me.
Beginner requesting an example of a timer interrupt every 20 us. Am using a Nucleo-F767ZI. Not sure if CubeMX is used for this as the interrupt is timer not external?
I have started writing an i2c driver for the stm32f051c8 and have stumbled upon an issue.The code i use to test a very basic version is: RCC->AHBENR|= 1<<18; // gpio clock enable gpiob RCC->APB1ENR|= 1<<21; // enable i2c1 clock GPIOB->MODER|= 2<<1...
In the manuals it usually says that the 16-bit filter includes 11-bit STID, IDE, RTR and EXID[17:15]. Does that mean that if standard CAN IDs are used, EXID[17:15] covers the r0-bit and two highest bits of the 4-bit DLC-field? I haven't found that me...
