Skip to content
Email: contact@fastbitlab.com
FastBit EBA
  • Home
  • All Courses
  • Rust
  • Contact Us
  • Learn Free
  • Shop
Menu Close
  • Home
  • All Courses
  • Rust
  • Contact Us
  • Learn Free
  • Shop

STM32 SPI Lecture 5 : SPI behind the scene data communication principle

  • Post author:FastBitLab
  • Post published:July 12, 2019

  SPI behind the scene data communication principle In this article, let’s understand how data communication takes place between master and slave devices.   From Figure 1. SPI peripheral of…

Continue ReadingSTM32 SPI Lecture 5 : SPI behind the scene data communication principle

STM32 SPI Lecture 4 : SPI minimal bus configuration

  • Post author:FastBitLab
  • Post published:July 12, 2019

SPI minimal bus configuration The figure illustrates a minimal SPI bus configuration, highlighting that the SPI protocol can be implemented with as few as two wires - one for clock…

Continue ReadingSTM32 SPI Lecture 4 : SPI minimal bus configuration

STM32 SPI Lecture 3 : Importance of SPI slave select pin

  • Post author:FastBitLab
  • Post published:July 12, 2019

  Importance of SPI slave select pin     Importance of SPI slave select pin Chip select (CS) or slave select (SS) is the name of a control line in…

Continue ReadingSTM32 SPI Lecture 3 : Importance of SPI slave select pin

STM32 SPI Lecture 2 : SPI comparison with other protocols

  • Post author:FastBitLab
  • Post published:July 12, 2019

SPI comparison with other protocols   SPI  serial communication protocols    Apart from the SPI, there are various other serial communication protocols available like I2C protocol, CAN protocol, Ethernet, RS-232,…

Continue ReadingSTM32 SPI Lecture 2 : SPI comparison with other protocols

STM32 SPI Lecture 1 : Introduction to SPI BUS

  • Post author:FastBitLab
  • Post published:July 12, 2019

      Introduction to SPI Bus The Serial Peripheral Interface (SPI) is a synchronous serial communication interface specification used for short-distance communication, primarily in embedded systems. In this introduction,…

Continue ReadingSTM32 SPI Lecture 1 : Introduction to SPI BUS

STM32 GPIO Lecture 20 : Enabling and disabling GPIO peripheral clock

  • Post author:FastBitLab
  • Post published:July 11, 2019

Enabling and disabling GPIO peripheral clock   In this article, let’s understand about enabling and disabling of GPIO peripheral clocks. RCC is the engine that controls the clock for all…

Continue ReadingSTM32 GPIO Lecture 20 : Enabling and disabling GPIO peripheral clock
  • Go to the previous page
  • 1
  • …
  • 86
  • 87
  • 88
  • 89
  • 90
  • 91
  • 92
  • …
  • 94
  • Go to the next page

Articles

Finite state Machine(FSM) FreeRTOS Lectures Linux Device Driver Programming Lectures Linux Device Driver Programming Tutorial Microcontroller Embedded C programming Lectures STM32 GPIO Lectures STM32 I2C Lectures STM32 SPI Lectures STM32 UART Lectures STM32 USART Lectures STM32-LTDC (MCU3) Lectures
  • STM32-LTDC, LCD-TFT, LVGL(MCU3) Lecture 65| Testing RGB mixer application on STM32F746 and STM32F407 DISC board
  • STM32-LTDC, LCD-TFT, LVGL(MCU3) Lecture 64| About touch screen controller
  • STM32-LTDC, LCD-TFT, LVGL(MCU3) Lecture 63| Testing RGB mixer application on STM32F429 DISC board
  • STM32-LTDC, LCD-TFT, LVGL(MCU3) Lecture 62| Exercise implementation on simulator part-7
  • STM32-LTDC, LCD-TFT, LVGL(MCU3) Lecture 61| Exercise implementation on simulator part-6

Please share this

Copyright 2025 - fastbitlab.com