AHmedsalem256

AHmedsalem256's Stars

• hwidvorakinfo/bluepill_ov7670

  BluePill stm32f103 reading data from OV7670 and pushes them to SPI display with ILI9341A

  Language:C2

• fruchti/inverse_thermal_camera

  Instant camera with OV7670, STM32F103 and LTP1245 thermal printer module

  Language:C174

• Mostafa-Elshiekh/RSA_Algorithm_Encryption_Decryption

  RSA algorithm for encryption and decryption using C++ with OOP paradigm.

  Language:C++7

• yasirfaizahmed/nRF24l01-driver-for-stm32f103C8

  Custom nRF24L01 transceiver module driver for a stm32f103 target device

  Language:C71

• FatmaGomaa/FOTA_GP

  ELFI (ELF over WIFI) is a FOTA ( Firmware Over The Air ) based software application, our application is following reliability, portability and configurability rules as well as the simple and efficient user experience.

  Language:C409

• IslamEhab/In-Application-Programming-Bootloader

  In Application Programming Bootloader Using USART Communication Protocol for STM32F103C8 BluePill

  Language:C11

• AmrWahid51/UART-Based-BootLoader

  Sending an Application Hex Code Through UART and Flashing it on the Flash Memory by the Bootloader

  Language:C1

• mohamedNasser2022/Graduation-Project

  SuperCharger Controller STM32F103

  Language:C1

• ota-programmer/ota-stm

  OTA Programmer - BlueBill (STM32) Project.

  Language:C152

• Eslam-Abdo/OTA

  This project is implemented to program BlueBill Board (STM32 Micro-controller) over the air using a website with PHP and NodeMCU board.

  Language:C21

• embeddedalpha/STM32F103_Driver

  A repository for STM32F103C8T6 driver written in baremetal C.

  Language:C61

• getoffmyhack/STM32F103-Bare-Metal

  Programming the STM32F103C8 micro controller at the "bare metal" register level.

  Language:C6617

• Mohammed-Alshreif/Master-Embedded-System-Diploma

  Language:C3

• muhamed-galal/Bootloader_ITI_GP

  Bootloader application based on STM32F4xx and Tested with obstacle avoidance car application

  Language:C32

• AyaRamzy/GP_Smart_WallBox_Charger_For_EV

  This Project has 2 ECUs using STM32F103, The first represents all the charger unit that consists of (AC input, Rectifier, DC DC Converter, Relays,Transistors and MCU (stm32f103), temperature, volt, and current sensor. We make it smart by using Esp8266 (wifi Module) to connect with server (website) which connects with MCU by UART Communication Protocol for showing fields as (charging state, volt value, current and temperature ), also display all these values on TFT display upper charger which connects with MCU by SPI communications protocol. The second ECU represents the EV which responsible for setting its state between it and the charger by putting different load on pilot wire and sending the start signal for charging. Control Pilot is the main communicating wire between the charger and EV. The charger generates 1 kHz, +-12 signal and is transmitted to Electric vehicle through this control pilot (CP) interface. The vehicle respond it by placing different load (resistor) on the line which affects its voltage level which is responded back to the charger. We implemented all software drivers from scratch (RCC, GPIO, ADC, PWM,Systick, ESP8266, UART, SPI, TFT, Temperature, Volt )

  Language:C52

• Devilal-Prajapat/STM32F103

  Basic examples on peripherals like GPIO, USART, ADC, TIMER, I2C using HAL Driver

  Language:C5

• NazimBL/STM32F103

  programming STM32f with its different feautres , ADC , Timers , PWM , UART , SPI etc...

  Language:C8

• winxos/stm32f407_spi_tft

  stm32f407;st7735s;128x160;tft

  Language:C7

• Ursadon/ov7670-stm32

  Language:C106

• Nafe3/stm32f103c8t6

  Peripheral Drivers and applications using stm32f103c8t6 (ARM CORTEX-M3 Processor)

  Language:C1

• Nafe3/FOTA_Bootloader_using_stm32f103c8t6_ESP8266

  Developing a custom bootloader with Flashing over the air feature using Wi-Fi module

  Language:C96