Embedded systems (arm cortex) stm32

Internship 2024

Explore STM32F407xx programming with Keil IDE, covering UART, I2C, and SPI communications, along with DMA for efficient data handling. Learn to set timers, use ADCs for multiple channels, manage interrupts, and measure frequencies.

1/ 2 Months

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Master STM32F407xx with Keil IDE, focusing on UART, I2C, SPI, DMA, timers, ADC, DAC, interrupts, and IoT applications like smart agriculture. Explore LoRa, ultrasonic sensors, moisture sensing, relay control, and watchdog timer setup.

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Gain practical skills in a real-world cutting-edge projects.

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Embedded ARM Cortex Internship Overview

Introduction to STM32f407xx, KEIL IDE Setup

    • Overview of the STM32f407xx microcontroller and its architecture.
    • Setting up the KEIL IDE for STM32 development, including configuring drivers and writing a basic program.

UART Communication

    • Setting up and configuring UART for serial communication.
    • Sending and receiving data between STM32 and other devices.

I2C Communication

    • Understanding I2C protocol and configuring it on the STM32f407xx.
    • Interfacing with I2C peripherals, like sensors and displays.

SPI Communication

    • Explanation of SPI protocol and configuring it on STM32.
    • Practical examples of SPI communication for high-speed data transfer.

SPI Code Development

    • Writing and debugging SPI code for specific applications.
    • Interfacing with SPI devices such as ADCs and DACs for real-time data proc

USART DMA

    • Configuring USART with Direct Memory Access (DMA) to manage data transfer without CPU intervention.
    • Using DMA to improve communication efficiency for high-speed applications.

USART DMA RECE

    • Setting up USART DMA for receiving data.
    • Implementing efficient data handling for real-time communication.

Smart Agricultural System (STM32, ESP32 & IoT)

    • Developing a smart agriculture solution using STM32, ESP32, and IoT platforms.
    • Monitoring soil moisture, weather, and other environmental data, with data sent to cloud services.

Timer Setup and Creating a Precise Delay

    • Configuring timers for generating precise delays in embedded applications.
    • Practical examples of time-based control for embedded tasks.

ADC (Analog to Digital Converter) with Multiple Channels

    • Setting up the ADC to read analog values from multiple sensors.
    • Configuring STM32 to handle multiple analog inputs simultaneously.

ADC DMA

    • Using DMA with ADC to transfer data to memory without CPU involvement.
    • Application examples for real-time sensor data acquisition.

ADC DMA – 2

    • Advanced configuration of ADC with DMA, optimizing data handling for multiple sensors.
    • Practical considerations in applications requiring high data throughput.

DAC Registers

    • Understanding and configuring Digital-to-Analog Converter (DAC) registers on STM32.
    • Applications in generating analog signals from digital data.

SYSTICK

    • Configuring the SYSTICK timer for system timing and delays.
    • Using SYSTICK for task scheduling and timekeeping.

Getting into Interrupts

    • Introduction to interrupts and their importance in embedded systems.
    • Setting up basic interrupts for real-time response to events.

External Interrupts

    • Configuring external interrupts for handling hardware events.
    • Using interrupts to respond to external signals or sensor triggers.

Timer Capture

    • Setting up timer capture to measure the timing of events.
    • Practical applications in pulse-width measurement and event timing.

Frequency Measure using Timers

  • Using timers to measure signal frequency.
  • Applications in frequency detection and monitoring systems

DAC for Sine Wave Generation

    • Configuring DAC to generate a sine wave.
    • Practical applications in signal generation and testing.

FPU & Ultrasonic Sensor Distance Measurement

    • Utilizing the Floating Point Unit (FPU) for precise calculations.
    • Interfacing with an ultrasonic sensor for distance measurement.

LORA – Receiver

    • Setting up LoRa communication to receive long-range data wirelessly.
    • Applications in remote monitoring and IoT systems.

Moisture Sensor

    • Interfacing a soil moisture sensor with STM32 for real-time data on soil conditions.
    • Application in automated irrigation and smart agriculture.

RELAY

    • Controlling a relay to switch high-power devices using STM32.
    • Applications in home automation and remote control systems.

WDT (Watchdog Timer)

    • Configuring the Watchdog Timer for system reliability.
    • Using WDT to reset the microcontroller in case of software malfunctions.

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Step 1 Enroll in the Program
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1 Month

₹1999/- ₹999/-

  • Internship Acceptance Letter
  • 90 Days from the date of payment
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  • 4+ Capstone Projects & Codes
  • Full Roadmap
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2 Month

₹3299/- ₹1899/-

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  • 180 Days from the date of payment
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  • 2 Month Internship Certificate
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FAQ

What is the STM32F407xx microcontroller?

The STM32F407xx is a high-performance ARM Cortex-M4-based microcontroller with features like DSP (Digital Signal Processing), FPU (Floating Point Unit), and a wide range of peripherals suitable for various applications, including IoT, automotive, and industrial control.

To set up KEIL for STM32, install the KEIL IDE and the STM32 Device Family Pack (DFP). Configure the project with the correct microcontroller settings, initialize peripherals, and create code using the KEIL editor and compiler.

UART (Universal Asynchronous Receiver/Transmitter) is used for serial communication. In STM32, you can configure UART using registers or libraries like HAL. Key settings include baud rate, stop bits, and parity.

SPI (Serial Peripheral Interface) is a synchronous communication protocol for high-speed data transfer. It operates with master and slave roles, using MOSI, MISO, and SCK pins. In STM32, you configure SPI mode, baud rate, and data format.

DMA (Direct Memory Access) allows data transfer between memory and peripherals without CPU intervention. USART DMA can be used to send/receive large amounts of data efficiently. Configure DMA channels to work with USART for efficient data handling.

Interrupts allow the CPU to pause its current tasks to handle specific events (like I/O changes) and then resume. STM32 supports both internal (timer) and external (pin-triggered) interrupts, which can be configured in the NVIC (Nested Vector Interrupt Controller).

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