In this chapter, we’ll delve into the powerful realm of Pulse Width Modulation (PWM) and explore how to leverage the CCP (Capture/Compare/PWM) module of the microcontroller. PWM, a digital technique, empowers us to finely control various parameters such as loads, speed, and voltage with precision. Its versatility makes it an Read more…
In the previous chapter, we learned about the Timer interrupt and also learned how to use Timer0 as a timer interrupt. In this chapter, we’ll use Timer0 as a counter which is another feature of Timers in microcontrollers. This will help us count pulses or frequencies. Also, we’ll see an Read more…
Timers are very fundamental for microcontrollers and we frequently use these timers for different purposes. In this chapter, we’ll learn how Timer0 works and the way we can use it for different purposes. This is very fundamental, so sit with concentration for Understanding Timer0 interrupt of PIC microcontrollers. Let’s start. Read more…
In this chapter, we’ll continue from Chapter 4 which was a practical small project about Learning PIC microcontroller programming in C. So, this chapter also will be a very important part for you to improve your code learning PIC MCU. So follow me with concentration. Previous chapter: In Chapter 4, Read more…
“Learn how to implement a maximum power point tracking (MPPT) algorithm with an Arduino to optimize solar panel performance. Our tutorial provides sample code and insights into how MPPT works, helping you maximize energy output from your solar panel system.” What is MPPT? An MPPT, or maximum power point tracker Read more…
