AyaRamzy

Boatloader_Project

C_Functions

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 )

MG

MP3_Player_Project

Implement Mp3 player using atmega32 / Implement DF player Driver at HAL layer then using it with DIO and USART Drivers from MCAL Layer and STD_TYPES and BIT_MATH header files from Library layer to implement this Project .

Problem_Solving

Problem Solving on Codeforces

Projects_of_STM32F103x

RTOS_Project

STM32F103C8T6_Drivers

STM32F103x_Drivers

Drivers of Some Modules of STM32F103

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 )

AyaRamzy/MP3_Player_Project

Implement Mp3 player using atmega32 / Implement DF player Driver at HAL layer then using it with DIO and USART Drivers from MCAL Layer and STD_TYPES and BIT_MATH header files from Library layer to implement this Project .

AyaRamzy/Boatloader_Project

AyaRamzy/C_Functions

AyaRamzy/MG

AyaRamzy/Problem_Solving

Problem Solving on Codeforces

AyaRamzy/Projects_of_STM32F103x

AyaRamzy/RTOS_Project

AyaRamzy/STM32F103C8T6_Drivers

AyaRamzy/STM32F103x_Drivers

Drivers of Some Modules of STM32F103

AyaRamzy/Sudoku_Project

Implementation of Sudoku Game