Download ATtiny microcontroller development for Arduino programmers

What you would learn in ATtiny microcontroller development for Arduino programmers course?

ATtinys are microcontrollers with low costs that stand out for their compact size and low energy consumption (~4-8uA in DeepSleep). The ATtinys are programmable quickly and efficiently within their familiar Arduino environments (IDE and C) ++); therefore, you can have a low-cost alternative to Arduinos and ESPs. The ATtinys are operated by a CR2032 button battery and provide enough memory for most DIY projects.

The ATtinys 25/24/24, 44/45, and 84, and the Digispark ATtiny85 are employed to cover the entire course.

What we will cover during the class:

The basics on Atmel ATtiny microcontrollers.
Learning about the various components, including transistors OLED display, shifting registers, and more.
Learning about the different ways to upload your files for flashing ATtinys
Utilization for Visual Studio Code with PlatformIO or Arduino IDE
Configure the hardware, such as processor clock, CPU brownout, etc.
Digital-analog GPIOs, as well as PWM control
Praxisbeispiel Digital dice, with random numbers and LEDs
Practicalbeispiel: digital dice, FastLED and WS2812b
Praxisbeispiel: Binary clock using RTC Module as well as Shift Register
Praxisbeispiel: Plant monitor as well as Deepsleep using the CR2032 Battery
Praxisbeispiel: Plant Monitor with OLED
Praxisbeispiel Tones (creating your Melody) on circuit board pendant
Practical example: circuit for a transistor that includes the clap detector and reed switch
Practicebeispiel: Sensor for temperature OLED 0,96" at Digispark ATtiny85
Praxisbeispiel The Rubber Ducky is a DIY project using Digispark ATtiny85

My approach to my course

None (ok, just a few) Powerpoint slides but more projects. Start with the basics by using a real-world example. It is also possible to test the theories immediately using the ATtinys and thus become more familiar with them.
The practical projects are put with step-by-step directions.
In this instance, "together" is the term used to describe how I will demonstrate the code by the project, and you can follow along with the execution or create your method.
All codes are accessible for download on the platform, meaning you can access the results without hassle.
There are no lengthy explanations or theoretic monologues; we begin immediately with the introductory chapter.

Course Content:

What exactly is an ATtiny? And what variants are there
Discussion of pinouts and technical information
The effect of the CPU is the speed of its clock and supply of power
The Power Saving mode is Deep-sleep mode and interrupts
The detection of brown-outs and the setting of CPU clocks with fuse
Set up hardware settings using Arduino IDE and PlatformIO (Fuses)
Source Code Creation with C++
Setting up and configuring Visual Studio Code with PlatformIO and Arduino IDE.
Learn about different ATtiny cores as well as sources of supply
Make Arduino DIY Shields for flashing
Make use of the USB ISP Flasher
Utilize different upload methods in various IDEs
Control of LEDs with PWM
Utilization of WS2812b and FastLED using ATtiny
RTC module, as well as the shift registers, use using ATtiny
Evaluation of the humidity sensor and Deepsleep