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001 Primer Programa Debug STLink HSE HSI STM32CUBEIDE HAL DRIVERS
En este video generaremos el primer programa que se cargará a la tarjeta STM32F429 Discovery, en general los laboratorios están orientados para poder implementarlos casi en cualquier microcontrolador de cualquier familia de STM32, configuraremos el Reloj de Procesador al cual va a trabajar, usaremos el HSI RC (High Speed Internal) que es un oscilador de tipo Resistencia-Capacitor interno que trabaja a 16 Mhz, el cual lo configuraremos para subir la frecuencia al reloj principal del procesador, asimismo configuraremos el HSE (High Speed External) que es el oscilador externo que tiene la tarjeta soldada con sus respectivos capacitores, lo haremos en el IDE STM32CubeIDE propio y libre (GRATIS) de ST Microelectronics, insertaremos variables vara visualizar su comportamiento a lo largo del programa depurando con la herramienta STLink embebida de la tarjeta STM32F429 Discovery y el software libre STMStudio que usa el protocolo SWD del STLink para acceder a las direcciones de memoria (variables) del procesador y visualizar su contenido en tabla, curva o barras.
Correo:
cristian.salazar.1991@gmail.com
In this video we will generate the first program that will be loaded to the STM32F429 Discovery card, in general the laboratories are oriented to be able to implement them almost in any microcontroller of any STM32 family, we will configure the Processor Clock to which it will work, we will use the HSI RC (High Speed Internal) which is an internal Resistance-Capacitor type oscillator that works at 16 Mhz, which we will configure to raise the frequency to the processor's main clock, we will also configure the HSE (High Speed External) which is the external oscillator that has the card soldered with their respective capacitors, we will do it in ST Microelectronics' own free STM32CubeIDE IDE (FREE), we will insert variables to visualize their behavior throughout the program debugging with the embedded STLink tool of the STM32F429 Discovery card and the software free STMStudio that uses the STLink SWD protocol to access memory addresses (variable es) of the processor and display its content in a table, curve or bars
Видео 001 Primer Programa Debug STLink HSE HSI STM32CUBEIDE HAL DRIVERS канала Super Micros
Correo:
cristian.salazar.1991@gmail.com
In this video we will generate the first program that will be loaded to the STM32F429 Discovery card, in general the laboratories are oriented to be able to implement them almost in any microcontroller of any STM32 family, we will configure the Processor Clock to which it will work, we will use the HSI RC (High Speed Internal) which is an internal Resistance-Capacitor type oscillator that works at 16 Mhz, which we will configure to raise the frequency to the processor's main clock, we will also configure the HSE (High Speed External) which is the external oscillator that has the card soldered with their respective capacitors, we will do it in ST Microelectronics' own free STM32CubeIDE IDE (FREE), we will insert variables to visualize their behavior throughout the program debugging with the embedded STLink tool of the STM32F429 Discovery card and the software free STMStudio that uses the STLink SWD protocol to access memory addresses (variable es) of the processor and display its content in a table, curve or bars
Видео 001 Primer Programa Debug STLink HSE HSI STM32CUBEIDE HAL DRIVERS канала Super Micros
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Информация о видео
4 марта 2021 г. 18:39:49
00:19:27
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