ATtiny Microcontroller Development for Arduino Programmers: A practical guide for the development with the microcontrollers ATtiny 24/44/84 and 25/45/85

Markus Edenhauser

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Video May 2024 6hrs 40mins 1st Edition

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Mex$179.99 ~~Mex$2256.99~~

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Markus Edenhauser

Mex$179.99 ~~Mex$2256.99~~

Video May 2024 6hrs 40mins 1st Edition

Video

Mex$179.99 ~~Mex$2256.99~~

Subscription

Free Trial

Video

Mex$179.99 ~~Mex$2256.99~~

Subscription

Free Trial

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Key benefits

Comprehensive introduction to ATtiny microcontrollers
Detailed wiring guides and 3D design tutorials
Practical projects including LED controllers, digital dice, binary clocks, and more

Description

Embark on an exciting journey into the realm of ATtiny microcontrollers, specially curated for Arduino enthusiasts. This course begins with an introduction, outlining the significance of ATtiny chips and their versatility in electronics projects. You'll explore the different variants of ATtiny microcontrollers, understand their technical specifications, and learn how to set up your development environment using Arduino IDE and VSCode with PlatformIO. Progressing through the course, you'll delve into hands-on projects that bring theory to life. From creating a PWM controller for LEDs to building a digital dice and a binary clock, each section is designed to enhance your practical skills. You'll learn wiring techniques, code implementation, and 3D design, ensuring a holistic understanding of each project. Detailed videos guide you through every step, making complex concepts accessible and engaging. By the end of the course, you'll have a robust portfolio of projects showcasing your expertise in ATtiny microcontroller development. You'll be equipped to tackle advanced projects like plant monitors with OLED displays, temperature sensors, and even a Rubber Ducky for Windows.

Who is this book for?

This course is for anyone who wants to deepen their knowledge of low-power, small form factor microcontrollers. It's ideal for developers interested in using low-cost microcontrollers for their projects, as well as those who want to understand, apply, and write their own practical projects with microcontrollers. Additionally, it's perfect for learners who want to explore microcontrollers with limited hardware resources. A basic understanding of Arduino IDE, C++, and electronics is recommended but not required.