12/25/2023 0 Comments Nucleo 476![]() Updated Table 1: Device summary and Table 2: Ordering information. 5 Extended the applicability to NUCLEO-F091RC and NUCLEO-F303RE. GPIO_WriteOutputPin(BreadBoardLED.pGPIO, BreadBoardLED.GPIO_Pin_Cfg. Extended the applicability to NUCLEO-L053R8, NUCLEO-F072RB, NUCLEO-F334R8 and NUCLEO-F411RE. GPIO_WriteOutputPin(BreadBoardLED.pGPIO, BreadBoardLED.GPIO_Pin_Cfg.GPIO_PinNumber, 1) Description: The STM32 Nucleo board provides an affordable and flexible way for users to try out new ideas and. * Controlling the IO present in the bread board * Nucleo-L476RG, STM32 Nucleo-64 Development Board. GPIO_ToggleOutputPin(NucleoUserLED.pGPIO, NucleoUserLED.GPIO_Pin_Cfg.GPIO_PinNumber) ![]() InputVal = GPIO_ReadInputPin(NucleoUserPB.pGPIO, NucleoUserPB.GPIO_Pin_Cfg.GPIO_PinNumber) īBinpVal = GPIO_ReadInputPin(BreadBoardPB.pGPIO, BreadBoardPB.GPIO_Pin_Cfg.GPIO_PinNumber) * Controlling the IO present in the nucleo board * User DPDT connected in the breadboard connected to PC6īreadBoardPB.GPIO_Pin_Cfg.GPIO_PinNumber = GPIO_PIN_6 īreadBoardPB.GPIO_Pin_Cfg.GPIO_PinMode = GPIO_MODE_IP īreadBoardPB.GPIO_Pin_Cfg.GPIO_PinPuPdControl = GPIO_IP_PU User led in the bread board connected to PC8īreadBoardLED.GPIO_Pin_Cfg.GPIO_PinNumber = GPIO_PIN_8 īreadBoardLED.GPIO_Pin_Cfg.GPIO_PinMode = GPIO_MODE_OP īreadBoardLED.GPIO_Pin_Cfg.GPIO_PinPuPdControl = GPIO_IP_NO_PUPD īreadBoardLED.GPIO_Pin_Cfg.GPIO_PinOpType = GPIO_OP_TYPE_PP NucleoUserPB.GPIO_Pin_Cfg.GPIO_PinPuPdControl = GPIO_IP_NO_PUPD The ST Zio connector, which extends the ARDUINO ® Uno V3 connectivity, and the ST morpho headers provide an easy means of expanding the functionality of the Nucleo open development platform with a wide choice of specialized shields. NucleoUserPB.GPIO_Pin_Cfg.GPIO_PinMode = GPIO_MODE_IP NucleoUserPB.GPIO_Pin_Cfg.GPIO_PinNumber = GPIO_PIN_13 User blue button in the nucleo connected to PC13 NucleoUserLED.GPIO_Pin_Cfg.GPIO_PinOpType = GPIO_OP_TYPE_PP NucleoUserLED.GPIO_Pin_Cfg.GPIO_PinPuPdControl = GPIO_IP_NO_PUPD NucleoUserLED.GPIO_Pin_Cfg.GPIO_PinMode = GPIO_MODE_OP NucleoUserLED.GPIO_Pin_Cfg.GPIO_PinNumber = GPIO_PIN_5 User green led in the nucleo board connected to PA5 GPIO_Handle_t NucleoUserLED,NucleoUserPB,BreadBoardLED,BreadBoardPB #warning "FPU is not initialized, but the project is compiling for an FPU. #if !defined(_SOFT_FP_) & defined(_ARM_FP) I have powered it using the Mini USB #include ![]() The connection to the bread board looks like the image below, I have not configured any clock source in my code, meaning it would take the default clock(MSI at 4MHz) for its operations. The issue doesn't solve after changing the location of the line I have a strange issue: The Bread board LED turns ON when the line temp=10 line is commented, it doesn't turn ON when the line temp=10 is uncommented. ![]() I am using a NUCLEO-L476RG development board, I am learning to write GPIO drivers for STM32 family I am implementing a simple logic in which I need to turn on an LED when a push button is pressed. ![]()
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