PIC (Programmable Interface Controllers) Microcontrollers are widely used in embedded systems, automation, robotics, and many other applications. These microcontrollers are small computers capable of performing tasks like reading input, processing data, and generating output signals. They have become an essential component of modern-day devices and systems. Due to their popularity, there is a growing demand for engineers and hobbyists who can program and use these microcontrollers. This PIC Microcontroller Training Certification Online Course is designed to introduce PIC microcontrollers and their programming comprehensively.
Introduction to PIC Microcontrollers:
The first section of the course covers the basics of PIC microcontrollers, their features, architecture, and programming model. This section introduces students to the various types of PIC microcontrollers and their specifications. It also covers the essential elements of PIC microcontrollers, including their internal memory, peripherals, and timers. Students will also learn about the architecture of PIC microcontrollers, including the CPU, registers, and memory map. The section concludes with an overview of the programming model of PIC microcontrollers.
What is a Microcontroller?
A microcontroller is a small computer contained on a single metal oxide semiconductor integrated circuit chip. It’s less sophisticated than a system on a chip (SOC) and is used primarily with automated devices in the world of IoT. Microcontrollers are the brains for relatively simple devices and contain a CPU, input/output peripherals, and memory processing all on a single chip. It’s straightforward and drives the control and operation of office machines, robots, medical equipment, and other devices in embedded systems. The microchip (MCU) is low power and lacks microprocessors’ complexity. However, it can provide real-time operation and data. They’re a cost-effective way to power IoT and edge computing devices because of their low-power operation. Most are able to wait for an event such as a stop press with a small power supply.
PIC Assembly Language Programming:
The second section of the course provides an introduction to assembly language programming for PIC microcontrollers. It covers the basic concepts of assembly language programming, including data types, arithmetic and logic instructions, and control flow instructions. Students will learn how to write assembly language programs for PIC microcontrollers, including how to initialize and use registers, perform arithmetic and logical operations, and use conditional and unconditional jump instructions. The section also covers using macros and directives in assembly language programming.
PIC C Programming:
The third section of the course introduces C programming for PIC microcontrollers. It covers C programming basics, including data types, control structures, and functions. Students will learn how to write C programs for PIC microcontrollers, including how to initialize and use variables, perform arithmetic and logical operations, and use control structures such as if-else statements and loops. The section also covers using libraries and header files in C programming for PIC microcontrollers.
PIC Microcontroller Interfacing:
The fourth section of the course covers interfacing PIC microcontrollers with various devices, such as sensors, actuators, displays, and communication interfaces (e.g. UART, SPI, I2C). Students will learn how to connect these devices to PIC microcontrollers and write programs to control and read data from these devices. The section covers using standard communication protocols such as UART, SPI, and I2C and how to use these protocols to communicate with other devices.
PIC Microcontroller Projects:
The fifth section of the course provides hands-on experience with PIC microcontroller projects. Students will learn how to develop real-world projects using PIC microcontrollers, including LED blinking, LCD interfacing, motor control, and communication with other devices. They will also learn how to design circuits and develop schematics for their projects. The section provides a practical application of the knowledge gained in the previous areas of the course.
PIC Microcontroller Debugging and Testing:
The course’s final section covers techniques for debugging and testing PIC microcontroller programs. Students will learn to use simulators and hardware debuggers to debug their programs. They will also learn how to perform testing and troubleshooting of their programs. The section concludes with a review of the best practices for debugging and testing PIC microcontroller programs.
- Obtain a thorough understanding of PIC microcontroller programming, assembly language, and C programming.
- Learn how to interface PIC microcontrollers with various devices and develop real-world projects.
- Receive a certificate of completion to demonstrate your skills to potential employers or clients.
- Access to course materials, including lecture notes, code examples, and project schematics.
The PIC Microcontroller Training Certification Online Course is an excellent opportunity for anyone who wants to learn about PIC microcontrollers and how to program them. By the end of BES course, you will have the knowledge and skills to develop your PIC microcontroller projects and apply for jobs requiring proficiency in embedded systems and microcontroller programming.