7 Best-Selling PIC Controller Books Millions Love

Chuck Hellebuyck's decades of experience in automotive electronics led him to write this book as a practical gateway into PIC microcontroller programming using PICBASIC. You learn foundational programming concepts like variables and operators, then apply them to the PIC 15F84 model through detailed examples that blend software and hardware insights. The book's hands-on approach, including circuit schematics you can replicate or adapt, makes it especially useful if you're designing embedded systems with PIC microcontrollers. If you're new to PICBASIC or microcontroller programming, this book meets you where you are and takes you step-by-step toward real projects, though seasoned engineers might find some basics familiar.

Unlike most technical manuals that dive straight into complex theory, John Morton’s approach focuses on practical engagement, inviting you to start working hands-on with PIC microcontrollers from the get-go. Drawing from his extensive background in electronics and engineering education, Morton structures the book around simple projects that illuminate the PIC’s capabilities, such as programming the versatile PIC16F84 and PIC12F675 devices. This book equips you with foundational skills in microcontroller programming and circuit design, making it especially beneficial if you’re a student, hobbyist, or technician eager to bridge theory and real-world application. You won’t find abstract concepts here; instead, you’ll discover clear explanations and projects that build your competence step by step.

This tailored PIC Programming Blueprint explores detailed methods for coding and building projects using PIC controllers, focusing on your specific interests and skill level. It reveals practical techniques for programming PIC microcontrollers, integrating hardware components, and troubleshooting embedded systems. By combining widely validated knowledge with your unique goals, this book offers a personalized learning journey that matches your background and project ambitions. Readers delve into foundational concepts and progress toward advanced coding practices, ensuring a comprehensive understanding of PIC controller applications. This tailored approach helps you build effective, functional projects with confidence, making complex PIC programming accessible and engaging through customized content.

What happens when a seasoned electronic engineer explores the PIC 18F microcontroller series? Dogan Ibrahim, with his extensive academic background and prolific writing career, offers a deep dive into advanced PIC microcontroller projects using C language. You’ll find detailed explanations of the PIC 18FXXX architecture and practical projects like I2C, USB, and CAN bus systems, alongside real-time operating system implementations. The book walks you through the full development cycle, from coding and debugging to deployment, making it a solid choice if you already understand PIC basics and want to expand your skills into complex applications. If you’re aiming to master hands-on embedded system design with the PIC18F, this book speaks directly to your needs.

Lucio Di Jasio's decades of experience with Microchip PIC products led him to write this detailed exploration of the 32-bit PIC32 microcontrollers. You’ll learn to program and debug embedded control applications in C through sixteen practical chapters, including how to handle interrupts, memory management, and peripheral control. The book offers stepwise projects that grow in complexity, helping you master tasks like controlling LCDs, accessing mass storage, and generating audio/video signals. Whether you’re transitioning from 8- or 16-bit PICs or starting fresh, this book equips you with the insights and examples to leverage the PIC32’s powerful architecture effectively.

Martin P. Bates brings his extensive engineering experience to this focused guide on programming 8-bit PIC microcontrollers using the C language. The book thoroughly explains both the internal workings of these microcontrollers and the practical aspects of writing firmware with CCS C, supported by detailed circuit schematics and hardware diagrams. You’ll find clear explanations of interfacing principles and access to a suite of downloadable examples and simulations, including the Proteus VSMg simulator and CCS PCM compiler. This resource suits students and engineers who want to build a strong foundation in embedded PIC systems and practical skills in C programming for real-world applications.

This tailored book offers a focused 30-day plan for mastering embedded PIC Controller systems, crafted to match your background and goals. It explores key concepts in PIC microcontroller architecture, programming in C and assembly, hardware interfacing, and debugging techniques. Each chapter builds on the last, guiding you through practical examples and project development that reflect your specific interests. By combining popular, reader-validated knowledge with your unique learning objectives, this personalized guide reveals essential skills for designing and deploying PIC-based embedded applications efficiently. It’s designed to keep you engaged while delivering a targeted learning experience that addresses your precise needs.

Harprit Singh Sandhu’s extensive engineering background shines through in this hands-on guide to PIC microcontroller design, focusing on practical skill-building over theory. You’ll learn how to create and troubleshoot real devices through eight detailed projects, from building tachometers to designing touchscreens, with clear schematics and step-by-step instructions. The book benefits hobbyists and professionals alike who want to deepen their understanding of PIC-based instrumentation and control without getting lost in abstract concepts. For example, the chapter on analog-to-digital conversion walks you through reading temperature sensors, making it a solid resource for those developing embedded systems with real-world applications.

Harprit Singh Sandhu brings his expertise as founder of Rhino Robotics to this focused guide on programming PIC microcontrollers for motor control. The book walks you through configuring hardware and software for various small motors, from R/C servos to stepper motors, with clear circuit diagrams and over 2,000 lines of PicBasic Pro code ready for use. You gain practical skills in testing, troubleshooting, and debugging motor control projects, making it especially useful if you design embedded systems or robotics components. If you're looking to deepen your understanding of PIC microcontrollers in applied motor control rather than general theory, this book offers direct, hands-on insights without unnecessary complexity.