An LED and a Serial Monitor connected to the Arduino. The user will input an integer value to the Serial Monitor, and the LED should blink that number of times. For instance, if the user enters 5, the ...

This super kit is suitable for the SunFounder Uno, SunFounder Mega 2560, SunFounder Duemilanove, and SunFounder Nano. All codes found in the user guide are compatible with these boards.With this kit, ...

An Arduino Uno provides the processing power and drives the serial monitor. A joystick and a Hitachi H48C accelerometer are mounted on a breadboard and wired to the Uno.

With that out of the way, your Arduino’s built-in LED should start blinking once every second. If you really want to see it work on an external LED, then you should try putting an LED and a 250 Ω ...

Turn the LED on and remain on. If you want to turn on the LED then let it remain ON at the button release you just need to get rid of the else statement (as you can see in sketch 2, but you won’t be ...

Connect pins 7 and Gnd of Arduino to pins 1 and 3 of KY-008 module, respectively. Run the first sketch (onoff.ino) to turn the laser on and off every second. Next, connect pin A0 (ADC channel 0) of ...

The Button will send “N” letter to HM-10 which will turn on the LED connected to Arduino. Similarly create a button for LED OFF and give it a Red Color. . The Button will send “F” letter to HM-10 ...

Once you have uploaded the code, you can open any serial monitor at 9600 baud rates. I have used the Arduino serial monitor itself for the ease of using it. Press the reset button and you should see ...