Working with STM32 and E-Ink Display Part 2: Displaying Full Screen Color
Displaying a full-screen color image on an E-Ink display demonstrates the device’s ability to render rich visuals using its reflective, low-power technology. In this…
STM32 HAL
A working example uses STM32 HAL driver APIs, beyond an incidental HAL_Delay call.
147 articles · Page 5 of 15
Articles
STM32 UART Part 8.2: 1- Wire DS18B20 Temperature Sensor: Read Temperature
In this part of the guide, we will bring together all the concepts learned so far to measure temperature from the DS18B20sensor using the 1-Wire protocol.…
Emulating I2C Sensors Part 6: Interrupt Driven Sample
In this part of the guide, the focus is on how the emulated sensor uses interrupts to inform the master about new data availability or status…
STM32 Timers Applications: Timer Synchronisation Trigger Mode
Timer synchronization on STM32 allows multiple timers to operate in a coordinated manner using trigger modes, enabling one timer to act as a master and…
SSD1331 Color OLED with STM32 Part 3: Draw Bitmaps
In this guide, we will demonstrate how to render images on the SSD1331 OLED display by sending bitmap data directly from a C array.Using…
STM32 UART Part 7: 1- Wire Protocol Receiving Data
In this part, we dive into how the STM32 receives data from a 1-Wire sensor, interpreting the precise timing signals that represent logical bits. Understanding…
STM32 UART Part 6: 1- Wire Protocol Sending Data
The 1-Wire protocol is a simple, low-speed communication standard developed by Dallas Semiconductor (Maxim) that uses just a single data line and ground for both power…
Porting U8G2 Graphics Library to STM32 Part5: Nokia 5110 GLCD PCD8544
This guide demonstrates how to interface a Nokia 5110 display based on the PCD8544 controller with an STM32 microcontroller using the U8G2 graphics library.…
SSD1331 Color OLED with STM32 Part 2: Initialization and Draw Single Pixel
In this guide, we will focus on the firmware side by initializing the SSD1331 controller and preparing it for operation. Once initialized, we’ll implement…
Emulating I2C Sensors Part 5: Control Rate of the Conversion
In this part of the guide, we will extend the emulated sensor by introducing control over the rate of its internal ADC conversions. By…