#atmega328p

ATMega328P Microcontroller

Are you ready to take your projects to the next level? Meet the MicroPython Board R3, a powerhouse combining the classic ATmega328P microcontroller with the versatile ESP8266 WiFi chip. Here’s why you’ll love it:

Dual Processors: Enjoy the best of both worlds with the ATmega328P and ESP8266 working together or independently.

8MB Flash Memory: Store more with 8MB of flash memory, perfect for complex projects and data-heavy applications.

USB-TTL CH340G: Seamless USB connectivity with the CH340G converter, making programming and debugging a breeze.

Micro-USB Port: Convenient and modern Micro-USB port for easy power and data transfer.

Versatile Applications: Ideal for IoT projects, home automation, robotics, and more. The possibilities are endless!

Whether you’re a hobbyist or a professional, the MicroPython Board R3 is designed to meet your needs. Get yours today and start creating!

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Micro screws are tiny screws with a diameter typically less than 1.6 millimeters. They are commonly used in electronics, eyeglasses, watches, and other small devices. They are also used in some medical devices.

Micro screws are available in a variety of materials, including steel, brass, and stainless steel. The type of material used will depend on the application. For example, screws used in medical devices will need to be made of a biocompatible material.

There are also a variety of head styles available for micro screws, including Phillips, flat head, and hex head. The head style will be chosen based on the application and the tools that will be used to tighten the screw.

The LGT8F328P is an 8-bit microcontroller manufactured by Logic Green. It's a functional clone of the more popular ATmega328P, commonly used in Arduino Uno, Nano, and Mini boards. This means the LGT8F328P has the same:

The project that I am mainly working on is what I call a haptic button. The project is based on a paper exploring the implementation of haptic illusion that gives the false sensation of depth compliance on a flat rigid surface.

Since it deals with physical UI, I’ve decided to use microcontrollers for the implementations. Although Arduino or ATmega328p is a great MCU to work with, it’s ease of use comes with some limitations. This lead to STM32F103C8T6 MCU.

I am learning a lot about computer chip architectures and registers, more specifically those of embeded systems. The timers and interrupts, and what lies behind the simplified statndard library of Arduino functions.

I’m planning to post a more enjoyable, readable documentation of this project later. With more pictures, easy-to-digest implementation details and tricks I learned along the way.

Arduino ile Atmel Mikroişlemcisi Programlama | Atmega328P ve Atmega8

devreyakan.com’ olarak ilk yazılarımızdan biri bu konu hakkındaydı, fakat tekrar kontrol ettiğimizde, yeterli olmadığına karar verip, sıfırdan bu yazıyı hazırladık. Bu yazıda; Atmel mikroişlemcilere bootloader’lı ve bootloader’siz program yüklemeyi, standalone Arduino kurmayı göstereceğiz!

Şimdiye kadar programlarınızı, projelerinizi Arduino Kartlar ile geliştirmiş olabilirsiniz. Peki ya Arduino…

SmartParallel: mission accomplished - finishing the ATMEGA328 based dot matrix printer interface board

It’s done. For now.

After weeks of dithering, I finally got around to making up one of my SmartParallel serial-to-parallel printer interface PCBs. I chose to solder the components – mostly surface mount – by hand and that went easier than I expected.

It’s not a densely populated board, so the size could be squeezed down a little. Still need to do a bit of post-soldering clean-up.

The only snag…