Microcontroladores PIC con Assembler (Ensamblador)

Master PIC Microcontrollers with Assembly Language

This course provides a comprehensive understanding of PIC microcontrollers and their inner workings, using the powerful Assembly language. We'll delve into the fundamentals, building a solid foundation for effective microcontroller programming. This is a theory-focused, hands-on course designed to give you a deep understanding of how these devices operate at a bit level.

Here's a breakdown of what you'll learn:

• PIC Microcontroller Architecture: This section covers the essential concepts and foundational knowledge needed before you start programming. While Assembly language itself is relatively straightforward, a clear understanding of the underlying architecture is crucial for avoiding common pitfalls. Key topics include:

  • Understanding how a microcontroller functions.
  • Exploring the architecture of the PIC microcontroller, including program and data memory.
  • General overview of register usage.
  • Working with key registers: PORTB, TRISB, and STATUS.

• Instructions and Code Implementation: This section focuses on the core programming instructions and how to implement them using the MPLAB IDE and SimulIDE simulator. You'll gain practical experience with:

  • Bit-level instructions.
  • Register-based instructions.
  • Control instructions and literals.

• MPLAB IDE Installation & SimulIDE Simulation: Learn to set up and effectively use the MPLAB IDE and leverage SimulIDE for simulating your code before deploying it to hardware.

• Timing & Code Execution: Master the art of controlling timing within your PIC microcontroller programs. Topics include:

  • Creating time subroutines.
  • Code programming onto the microcontroller.
  • Microcontroller testing and debugging.

This course is ideal for anyone looking to gain a deep understanding of PIC microcontrollers and Assembly language programming. You'll move beyond basic programming to a level where you can truly control and optimize your embedded systems.