In this tutorial, we’ll discuss how to generate accurate time intervals with timer modules using the timer preloading technique. You’ll learn both how to measure and eliminate error in timer output intervals
In this tutorial, you’ll learn what are timer modules? How do they work? What are their modes of operation, and applications? You’ll also learn how to operate the timer modules within the Microchip PIC microcontrollers.
In this tutorial, you’ll learn what are interrupts in microcontrollers. How interrupt handling mechanism actually works? And how to respond (service) interrupt signals? You’ll learn all the fundamental mechanics of these processes. You’ll also understand the interrupt logic circuitry within our PIC16F microcontroller platform.
In this tutorial, you’ll learn how stepper motors work and how to control/drive a stepper motor with PIC microcontrollers. We’ll discuss the theoretical principles of operation then we’ll develop the required firmware and circuitry to implement and test everything in practice.
In this tutorial, you’ll learn how do 7-segments displays work, and how to interface 7-segments display with PIC microcontrollers. The 7-segments display needs a little bit of programming effort and it’s pretty easy & straightforward. So let’s get started!
in this tutorial, we’ll address the Input/Output Ports in the Microchip PIC microcontrollers. You’ll learn much about the digital input/output pins GPIOs in microcontrollers, how they work and how to drive/interface them properly. We’ll also flash some LEDs for testing out these concepts.
In this tutorial, we’ll discuss what are the configurations bits (fuse bits) and how to properly set their values for our Microchip PIC microcontroller using the MPLAB IDE.
In this tutorial, we’ll learn how to create a new project in MPLAB and how to add the basic code files. Just stick with me through the following steps.