STM32 Timers Applications: Input capture
Input Capture Mode in STM32 allows precise measurement of the time between signal edges by capturing timer counter values. It is commonly used for…
Peripheral Drivers
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Articles
STM32 ADC Application Part 4: Read Multiple Channels Using Interrupt and DMA
In this fourth part of the STM32 ADC series, we focus on using interrupts and DMA to efficiently read multiple ADC channels in scan mode. These techniques allow…
Using Micropython for STM32F411: SPI Transmit
This guide demonstrates how to use SPI communication on an STM32F4 microcontroller with MicroPython. It shows how to transmit 5 bytes of data repeatedly…
Using Micropython for STM32F411: I2C Write
In this small and quick guide, we demonstrate how to perform I2C write operations using MicroPython to update register values on a connected device.…
STM32 ADC Application Part 3: Read Multiple Channels Using Polling Mode
In this third part of the STM32 ADC series, we explore how to use discontinuous mode to read multiple ADC channels efficiently. This mode…
Using Micropython for STM32F411: I2C Read
I2C (Inter-Integrated Circuit) is a widely used communication protocol that allows microcontrollers to interface with various peripheral devices using just two wires. In this…
STM32 ADC Application Part 2: Single Conversion using interrupt and DMA
In this second part of the ADC series on STM32, we explore how to handle single-channel, single-conversion ADC using interrupts and DMA. To enhance…
STM32 Timers Applications: PWM Output Using DMA
This guide demonstrates how to use an STM32 microcontroller to generate waveforms by updating the PWM duty cycle using a timer and DMA. By…
STM32 Timers Applications: Output Compare Mode
Output Compare mode is a powerful feature of STM32 timers that allows generating precise events when the timer counter reaches a predefined value. It…
STM32 ADC Application Part 1 : ADC in Polling Mode
Analog-to-Digital Converters (ADC) on STM32 microcontrollers allow precise measurement of analog signals by converting them into digital values for processing. Understanding the different ADC…