The original remains a masterpiece. But a is, without a doubt, the better way to experience these 123 experiments in 2025.
Understanding PIC assembly (the movf , addwf , bcf instructions) teaches you what the microcontroller actually does. When you later move to C, you will understand why certain code is slow or why you need to bank select the memory. The PDF allows you to keep the assembly reference open on one screen while writing C on another. That synergy is powerful. The original remains a masterpiece
You start with a simple blinking LED and progress to complex robotics and sensor integration. When you later move to C, you will
: You can keep the entire library of 123 experiments on a tablet or laptop right at your workbench. You start with a simple blinking LED and
Before we dive into the PDF debate, let's clarify the resource. Written by (a prolific author in the hobbyist electronics space) and published by McGraw-Hill/TAB Electronics, this book is a project-based crash course into Microchip’s PIC microcontroller family (specifically the 16F628 and 16F84).
by Myke Predko is a comprehensive guide for beginners and hobbyists to learn PIC microcontroller programming through 123 progressive experiments. It focuses on hands-on learning, starting from basic concepts and moving toward complex applications like interfacing sensors and LCDs. Core Guide Details
Why? Because you want to know if the digital file is superior to the physical book, if a better PDF scan exists, or if there is a better way to learn PIC microcontrollers than the standard 2005 edition.