Dive into the world of 16-bit microcontrollers with this essential book, featuring 17 hands-on exercises that cover both fundamental theories and advanced concepts. Readers of this book will learn basic and advanced concepts.

Basic concepts include programming digital, analog, and serial ports, LCD display , generating single-channel sounds, and controlling a servo motor. In the advanced concepts I include digital audio signal processing, Fast Fourier Transfor, creating digital filters, designing PID controllers, and generating PWM signals to control the speed of 2, 3, and 4 motors simultaneously.

Focused on the dsPIC30F2010 and dsPIC30F4013 microcontrollers, this guide is perfect for anyone looking to tackle large projects and master digital signal processing. It´s also useful for teachers who focus on developing their students' creativity and skills in solving predefined problems.

What You'll Learn:

• Programming with digital and analog ports
• Sending data via serial port
• Using a 16x2 LCD display
• Creating music signals
• Audio digital signal processing
• Fast Fourier Transform (FFT)
• Designing a FIR digital filter
• Developing a PID controller
• Controlling a servo
• Generating PWM signals
• Measuring the phase of a PWM signal
  Who This Book Is For

Whether you're a college student a hobby programmer or an experienced developer, this book is your gateway to mastering 16-bit microcontrollers and unlocking their full potential.

Tackle problems with powerful microcontrollers designed for digital signal processing with 16 exercises Dedicated to developers who want to program 16-bit microcontrollers from Microchip in the C language Gain a deep understanding of microcontroller basics and complex applications

Autorentext

Guillermo Guillen is an Electronics and Communications Engineer, and Military Engineer. He currently takes courses at OpenCV University, and studies renewable energies at the UnADM University. He has worked on CITIZEN and Government projects. Guillermo has won 14 prizes in the hackster.io community, 3 prizes in element14, and has been a finalist three times in the hackaday prize contest. In addition to this book, he is the author of the book "Sensor Projects with Raspberry Pi" and published by Apress. He alsohas written over 40 articles about the research, design, development and testing of the electronic equipment used in various systems.

Inhalt

Chapter 1: Fundamentals.- Chapter 2: Digital Input.- Chapter 3: Analog Input.- Chapter 4: Using a LCD Display.- Chapter 5: Receiving Bytes via Serial Port.- Chapter 6: Musical Microcontroller.- Chapter 7: Audio Digital Signal Processing.- Chapter 8: Fast Fourier Transform.- Chapter 9: FIR Digital Filter.- Chapter 10: PWM PID Controller.- Chapter 11: PWM PID Temperature Controller.- Chapter 12: Servo Motor.- Chapter 13: Generating Antiphase PWM Signal.- Chapter 14: Generating 2 PWM Signals.- Chapter 15: Generating 3 PWM Signals.- Chapter 16: Generating 4 PWM Signals.- Chapter 17: Measuring Phase.- Bibliography.- Index.