RT @MicrochipMakes: .@cyb3rn0id's PIC16F15376-powered Super Square Waves Generator is a cheap tool for testing servos, H-bridges, and lot o…

PIC16F15376 on my own board. Programmed using XC8 @cyb3rn0id @MicrochipTech @MicrochipMakes

I'm updating a my old project using the @MicrochipMakes PIC16F15376

In a follow-up to his recent Arduino Alvik deep dive, Giovanni Bernardo shared another @settorezero post focused on firmware to ensure that your robot is always updated. Oh, and... googly eyes! 👀 settorezero.com/wordpress/al…

In his latest @settorezero post, Giovanni 'CyB3rn0id' Bernardo dissects the Arduino Alvik and provides a detailed look at the educational robot part by part. settorezero.com/wordpress/al…

Check this post about an unique @MicrochipMakes microcontroller just turned 28 this year: instagram.com/p/C2x8Olpr7qK/ @MicrochipTech @cyb3rn0id

I Wrote an article on @Hacksterio about the @Elecrow1 #CrowVision display module hackster.io/CyB3rn0id/crowvi… @settorezero

#MFR2023 #SneakPeek Eng/Ita #Arlok is a simple educational (STEM) Robot based on Arduino Uno made by @settorezero with 3D-printed parts and easily available components. The 3D-printed parts are large, easy to manipulate, and can be printed even with budget-friendly 3D printers. Arlok is highly customizable: there are numerous printable parts that allow you to create your unique robot. It comes with programming examples to make the robot move around, avoid obstacles, follow a line on the floor, or let you control it using your Android phone with an app. All source codes, STL files, and instructions are provided on the Github repository. 🚀 #roboticsainews #Arduino #STEM #3dprinting #education #OpenSourceSeptemberChallenge 🤖 Arlok è un semplice robot educativo (STEM) basato su Arduino Uno, con parti stampate in 3D e tutti i componenti facilmente reperibili. Le parti stampate in 3D sono grandi, facili da manipolare e possono essere stampate anche con stampanti 3D economiche. Arlok è altamente personalizzabile: ci sono molte parti stampabili che ti permettono di creare il tuo robot unico. Ci sono alcuni esempi di programmazione che faranno muovere questo robot evitando ostacoli, seguendo una linea sul pavimento o permettendoti di controllarlo tramite l'app Android sul tuo cellulare. Tutti i codici sorgente, gli STL e le istruzioni sono disponibili nel repository di Github. 🚀 #Robotica #makerfairerome

Following the launch of the new Arduino Nano ESP32, @cyb3rn0id wanted to try something interesting: transfer data between two boards using the ESP-NOW protocol. hackster.io/CyB3rn0id/arduin…

Yellow shield, yellow Arduino and yellow OLED *chef kiss*

#teko enclosure

Indovina cosa è contenuto in questi 3 cassetti 🤣

Sorting time