Microcontrollers
• Be able to implement complete digital electronic systems that fulfill
• given requirements by selecting the most adequate commercial
• components.
• Be able to select the most suitable microcontroller based on
• knowledge of internal architecture.
• Be able to develop to program microcontrollers in order to apply
• various control laws.
• Be able to integrate a microcontroller in a larger circuit for efficient
• application of control process
• Internal microcontroller architecture.
• Hardware and software development tools. High-level language
• programming of microcontrollers.
• Internal memory organization: program and data.
• Input/Output ports.
• Interruptions: Enabling and service.
• Special features of microcontrollers.
• Timers.
• Analog-to-digital conversion module.
• CCP module: capture/compare/PWM.
• Asynchronous serial communication.
• External interface and practical application design: liquid crystal
• displays (LCD), motor control, user interface, power input and
• output adapting.