Once you have all of your wiring done be sure to double and maybe even triple check it with the provided schematic before powering it. After all of that is done we just need to connect our power rails on the breadboard to the 5V and ground pin on the Arduino. The Arduino Mega 2560 is a microcontroller board based on the ATmega2560. Then use a jumper wire to connect the positive pin to pin 8 on our Arduino. 1 x Arduino MEGA 2560 1 x breadboard 7 x 220 ohm resistors (1/4 W) jumper wires. For our last component we can insert the piezo buzzer into the breadboard making sure the ground pin is in the ground rail and the positive pin into a empty rail. Then connect the bottom pin on the push button to the ground rail with a jumper wire. Use a jumper wire to connect the same breadboard row to pin 8 on on our Arduino. Now insert our 10k ohm resistor into the 5V rail and the breadboard rail connected to our top pin on our push button. Insert the push button into the middle of the breadboard splitting the legs into the left and right rows. We provide custom builds and services as well. Tech support for CONTROLLINO need to be directed to us. Red LED to pin 3, yellow LED to pin 4, green LED to pin 5, blue LED to pin 6 and white LED to pin 7. CONTROLLINO is not affiliated to Arduino and is a derivative product. Now wire each LED anode to its corresponding pin on the Arduino. Next insert a 1k ohm resistor on each LED cathode connecting them to the ground rail on our breadboard. First off insert all 5 of the LED's into the left side of the breadboard making sure that each LED leg gets its own row on the breadboard. It seems that either it's very difficult to find different components, or it's overly time consuming to learn, or it has very few components. To start with our wiring you can visit my Tinkercad Circuit I designed were you can interact with this circuit online and view the wiring needed to complete this circuit. I have looked at a few programs like PCB Express, TINA TI, Eagle CAD, PCB 123, MultiSim, etc.

Arduino mega multisim