An analog to digital converter is a circuit that converts a continuous voltage value (analog) to a binary value (digital) that can be understood by
Tag: STM32
STM32-Peripheral’s-ADC: Continuous Mode
An analog to digital converter is a circuit that converts a continuous voltage value (analog) to a binary value (digital) that can be understood by
STM32-Peripheral’s-ADC: Polling Method
An analog to digital converter is a circuit that converts a continuous voltage value (analog) to a binary value (digital) that can be understood by
STM32-Peripheral’s-DAC:
The Digital to Analog converter (DAC) is a device, that is widely used for converting digital pulses to analog signals. There are two methods of
STM32-Peripheral’s-GPIO: EXTI
The external interrupt/event controller consists of edge detectors for generatingevent/interrupt requests. Each input line can be independently configured to select the type(interrupt or event) and
STM32-Peripheral’s-GPIO: Output, Input
GPIO Peripheral features Subject to the specific hardware characteristics of each I/O port listed in the datasheet, each port bit of theGeneral Purpose IO (GPIO)
STM32-Cube IDE-FreeRTOS Intertask Communication Part – 1
Queues Allows to pass more information between the tasks. Suspend task if tries to “put” to full queue or “get” from empty one. Semaphores are
STM32-Cube IDE-FreeRTOS Intertask Communication Part – 2
Queues Allows to pass more information between the tasks. Suspend task if tries to “put” to full queue or “get” from empty one. Semaphores are
STM32-Cube IDE-FreeRTOS Tasks
Task Tasks are implemented as C functions. The only thing special about them is their prototype, which must return void and take a void pointer
STM32-Cube IDE-FreeRTOS Memory Management
FreeRTOS uses a region of memory called Heap (into the RAM) to allocate memory for tasks, queues, timers , semaphores, mutexes and when dynamically creating
