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“4 Channel Relay Shield for Arduino UNO is a simple and convenient way to interface 4 relays for switching applications in your project. Very compact design that can fit on top of Arduino UNO. Project requires 12V DC supply, all …
“If you are looking for a small and low powered Arduino board the Attiny is a really good option, its surprisingly featureful for it’s size. It has 5 GPIO pins, 3 of which are Analog pins and 2 which …
“Build your own Arduino-Based Memorization Game! In this game, one RGB LED will flash 3 random colors at the start, you will need to remember the color of each one. See where this is going? You’ll use a potentiometer …
“The Mini Infra-Red Remote Robot Controller shield for Arduino Nano is designed to drive mini mobile robots. Low voltage DC Motor controller interface allows Infrared wireless control of two DC motors, two PWM and 2 Direction signal outputs to drive …
“This is my second project for LED Driver based on CAT4101 IC. The first project was for single White LED. This project has been designed to drive 3 channels of RGB LEDs with PWM signal which helps to create multicolor …
“This 3 in 1 shield for Arduino Nano helps to develop various temperature measuring applications. Arduino Nano shield consists of 3 different types of temperature sensors. MLX90614 non-contact temperature sensor10K NTC Analogue Temperature SensorProgrammable Resolution 1-Wire Digital Thermometer With this …
“Normal Digital and Analog clocks are boring, So plan to develop a cool clock with custom colors for Dial, Hour hand, Minute hand and Second hand. For this first want to develop the clock using Addressable RGB LED strip. Then …
“ATtiny13/ATtiny13a/ATtiny25/ATtiny45/ATtiny85 I really like the ATtiny and programming it, so I built a simple board to use Arduino UNO as ISP in a faster way. With the original Arduino UNO, there is a little variant because …
“i searched a lot for making a DIY LCD Keypad shield and i found none so i made one and want to share with u guys.”
“In this Instructable we will show you how to do simple input latency measurements with an Arduino.This instructable is part of a final project of the lecture Designing Interactive Systems 2 from the Media Computing Group at the RWTH …