This code will help you to convert this board into a 0 to 5V Voltmeter.
How to burn the bootloader in an Arduino Nano using an Arduino UNO – Īrduino example code is provided below to test the project. From Arduino to a Microcontroller on a Breadboard –. 
Refer to the connection diagram and follow the links below to learn more about bootloader and Arduino IDE programming.
On-Board Arduino IDE Programming Connector (RX, TX, Reset, VCC and GND Pins)Īfter the board assembly, the brand new Atmega328 microcontroller requires burning the bootloader before it can be programmed using Arduino IDE. 
On-Board Bootloader Burning Connector for New ATmega328 Micro-controller (D10, D11, D12, D13, VCC and GND Pins). On-Board Current Limiting Resistor R2/R3 for LCD Back Light. On-Board Trimmer Potentiometer to set the Contrast of LCD. Each Digital and Analog Pin includes VCC and GND for easy interface to external sensor and device. Arduino Analog Pin A0, A1, A2, A3, A4, A5, A6, A7 Pins are available for external interface. Arduino Digital Pin D6, D7, D8, D9, D10, D13, D0, D1 I/O Pins are available for external Interface. Arduino Digital Pin D2, D3, D4, D5, D11, D12 connected to 16×2 LCD. Operating Power Supply 7 to 15V DC (VDD-GND Pins) or 5V DC (VCC-GND Pins). The operating power supply is 7 to 15V DC. The board enables the easy interface of many devices and sensors. Each Arduino I/O Pin including the VCC and GND is exposed to the connectors for easy connection with sensors and other devices. The Arduino compatible hardware includes onboard programming and boot-loader connectors, Atmega328 microcontroller, and 16×2 LCD interface. This is a low-cost solution that has onboard Arduino + LCD so no extra Arduino Nano or Arduino board is required. The board has the exact size of 16×2 LCD and can be installed on the backside of the LCD. The LCDduino board enables users to create many applications/projects that require a 16×2 LCD display and Arduino.
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