The term "Evil Genius" might evoke images of a mad scientist or a diabolical villain, but in the context of electronics, it refers to a state of mind – a passion for innovation and experimentation. The "Evil Genius" series of books and guides is designed for individuals who enjoy pushing the boundaries of what's possible with electronics and microcontrollers. The guides are written for those who are eager to learn, experiment, and create innovative projects.
To get the most out of this book and avoid common pitfalls, keep these tips in mind:
: Using internal timers to measure the echo return speed of sound waves, calculating exact obstacle distances down to the centimeter. Step-by-Step Project: The Smart Temperature Alarm
As The Evil Genius continued to experiment, Lady Byte snuck into the lair, dodging laser beams and dodgy wiring. She hacked into the microcontroller's code, rewriting it to make the robots perform silly dances instead of evil deeds. The Evil Genius was oblivious, too enthralled by his own genius to notice. The term "Evil Genius" might evoke images of
Internal hardware counters used for creating precise time delays, measuring signal frequencies, or triggering periodic events.
It provides a graduated learning path from beginner to advanced PIC programming through 123 step-by-step experiments. Microcontrollers Used: The experiments heavily feature the and sometimes the Structure:
You can use the book's 123 experiments as a blueprint to learn fundamental concepts on a modern platform, like the Arduino Uno or a modern PIC microcontroller board. To get the most out of this book
: Connecting switches, keypads, LCDs, and 7-segment displays.
If you want to move beyond basic plug-and-play electronics and truly understand how microprocessors think, configuring a workbench for these 123 experiments is one of the most rewarding educational paths you can take.
By working through the experiments and projects in "123 PIC Microcontroller Experiments for the Evil Genius," readers will gain hands-on experience with: The Evil Genius was oblivious, too enthralled by
This book is designed as a hands-on laboratory manual. Unlike theoretical textbooks, it focuses on , guiding you through 123 distinct projects that scale in complexity. It primarily utilizes the PIC16F84A and PIC16F87X families, which, despite their age, are excellent for learning the fundamentals of registers, timers, and interrupts. Key Features of the Curriculum
As Elias reached to cut the power, a spark jumped from the breadboard to his fingertip. He didn't feel pain. Instead, he felt data. He saw the world in hex code. He felt the city's power grid like a heartbeat and the internet like a rushing tide of voices.
The projects provide an excellent foundation in both Assembly (for speed and understanding) and C (for complexity).
To follow along with the book, you need a specific set of tools. The author wisely chose a platform that was widely available and affordable at the time of writing. The primary hardware is the , a USB device that serves as both a programmer and a test board for the projects. The book primarily focuses on the 14-pin PIC16F684 but also uses the 8-pin PIC12F675 and the PIC16F627A for many examples.