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ATtiny Microcontrollers: A Detailed Look at Their Features

Explore ATtiny microcontrollers in the Arduino environment, practical projects, immediate application of theory & streamlined code for hands-on experience.

5.0
63 views
Created By : Markus Edenhauser
6h 35m
Appropriate for all
English
Last updated : 4/2024

What you'll learn

  1. What is an ATtiny and which variants are available
  2. Technical data and pinout discussion
  3. Effect of CPU clock speed and power supply
  4. Power saving mode Deepsleep and interrupts
  5. Brown-out detection and CPU clock setting with fuses
  6. Apply hardware settings with Arduino IDE and PlatformIO (Fuses)
  7. Source Code Creation with C++
  8. Configuring and setting up Visual Studio Code with PlatformIO and Arduino IDE
  9. Get to know different ATtiny cores and sources of supply
  10. Create Arduino ISP DIY Shield for flashing
  11. Use USB ISP Flasher
  12. Use different upload methods with different IDEs
  13. LED control with PWM
  14. Use of WS2812b and FastLED with ATtiny
  15. RTC module and shift register usage with ATtiny
  16. Evaluation of humidity sensor and Deepsleep

Overview

ATtinys are affordable microcontrollers known for their compact size and low power consumption, drawing approximately 4-8µA during DeepSleep. They can be conveniently programmed in the familiar Arduino environment (IDE and C++), providing a cost-effective alternative to Arduinos and ESPs. The ATtinys are compatible with a button battery CR2032 and offer sufficient memory for typical DIY projects. Throughout the course, the ATtinys 25/24, 44/45, 84, and the Digispark ATtiny85 will be utilized.

Course Content Overview

The content covered in the course includes:

  • Fundamental aspects of Atmel ATtiny microcontrollers.
  • Exploring various components such as transistors, OLED displays, shift registers, and more.
  • Understanding different methods for flashing the ATtinys.
  • Utilizing Visual Studio Code with PlatformIO or Arduino IDE.
  • Configuring hardware settings like CPU clock frequency, brown-out detection, etc.
  • Implementing digital-analog GPIOs and PWM controls.
  • Hands-on projects:
    • Creating a digital dice with random number generation and LEDs.
    • Developing a digital dice with WS2812b and FastLED.
    • Constructing a binary clock with RTC Module and Shift Register.
    • Designing a plant monitor with Deepsleep using CR2032 Battery.
    • Building a plant monitor with OLED.
    • Generating tones to create custom melodies as a circuit board pendant.
    • Constructing a transistor circuit with reed switch and clap detector.
    • Integrating a temperature sensor with a 0.96” OLED on Digispark ATtiny85.
    • Crafting a do-it-yourself Rubber Ducky with Digispark ATtiny85.

Approach in the Course

Emphasis on Practical Projects

  • Instead of relying heavily on slides or PowerPoint, this course focuses on engaging in more projects.
  • The learning process commences with practical examples that delve into the basics from the outset.

Immediate Application of Theory

Participants have the opportunity to promptly apply theoretical concepts using ATtinys, fostering a deeper understanding.

Collaborative Project Development

  • Practical projects are collaboratively developed through step-by-step guidance.
  • The term "together" denotes a process where I showcase the code for specific tasks, allowing you to follow along or reconstruct it in your own manner.

Accessible Code and Streamlined Learning

  • All codes are readily downloadable from the platform, ensuring a frustration-free journey towards achieving the desired results.
  • The course avoids extensive explanations or prolonged theoretical discussions, diving straight into the foundational chapter.

Leveraging Experience for Skill Development

Benefit from my extensive experience and gain essential skills in microcontroller development.

Enrol in this course now and kickstart your learning journey immediately.

Looking Forward to Having You in the Class,
Markus Edenhauser

Who this course is for

  1. Anyone who wants to deepen their knowledge of low-power, small form factor microcontrollers.
  2. Developers who are interested in using low-cost microcontrollers for their projects.
  3. All those who want to understand, apply and write their own practical projects with microcontrollers.
  4. All those who want to learn more about microcontrollers with limited hardware resources.

Requirements

  1. First experiences in Arduino development (millis, pinMode, data types) advantageous
  2. Basics C++ in the Arduino environment
  3. With the online simulators a lot can be simulated, but you have a greater learning success if you rebuild the practical examples with the hardware components
  4. Everything about ATtiny is taught in this course

Testimonials

  1. Excellent course. I was interested in the ATTiny controllers and was looking to understand how to use them. The instructor has provided a good introduction to the ATTiny controllers and has provided good tips e.g. the fuse settings. I now have a good understanding of how to use the ATTiny controllers ~ Joydeep R
  2. Good content and easy to follow ~ Arthur O
  3. The instructor presents concepts and important real world points that are important. The parts have gone up in price. My $2.00 ATTiny85 chips (Dip verion) now cost over $5 on Amazon. Small boards, however, are available. They include a USB connector and a voltage regulator. Everything is SMT. This course will get everyone quickly developing ATTiny projects ~ Michael T
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Course Content

15 Sections 108 Lectures 6h 35m total length

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