LCD 16X4 1604 MOD51, R27

Fr8,500

LCDs are one of the easiest devices you can use to display the output from Arduino projects.This is a 16X4 LCD module, A New High-Quality 4 Line 16 Character LCD Module. Also has a Back-light

In stock

SKU: DIS643 Category:

Description

 LCD 16×4 can be used to display information from the Arduino or any sensor connected to it.The values shown on the display can be either a simple text or numerical values read by the sensors, such as temperature or pressure, or even the number of cycles that the Arduino is performing.

Specifications

Model LCD1604
Characters 16
Character Color Black
Backlight Blue
Input Voltage (V) 5
Length (mm) 60
Width (mm) 78
Height (mm) 12
Weight (gm) 70

Features :

  1. 16 characters wide, 4 rows
  2. Black text on the yellow background
  3. The module can easily interface with an MCU
  4. The module is a low-power consumption character LCD Module with a built-in controller
  5. Single LED backlight included can be dimmed easily with a resistor or PWM.
  6. Can be fully controlled with only 6 digital lines! (Any analog/digital pins can be used)

How to get started using LCD 16×4 display

This Arduino LCD tutorial will show you to interface a character LCD with an Arduino. You can use the information from this post to build your own LCD based Arduino projects.

Required materials:

  • LCD 16×4
  • Arduino Uno
  • Jumper wires
  • Breadboard
  • 1k Potentiometer

Hardware Assembly

The first step is to solder the 16 pin male headers onto the LCD. You can then use either a 16 pin female header to connect to the Arduino or just use a female to female connector. If you are for interfacing an Arduino for the first time, it’s easiest to use a breadboard.

The first thing you need to do before working on the LCD is to check it. For this, do the connections as shown in the diagram above. Connect pin 15 on the LCD to Arduino’s 5V pin. Next, connect pin 16 on the LCD to the Arduino’s GND pin. These pins are used to power the LCD’s backlight.

Next, you need to set up the logic for the LCD. To do this, connect pin 1 on the LCD to the Arduino’s GND pin. Then, connect pin 2 on the LCD to the Arduino’s 5V pin. Next, you need to set up the contrast adjusting potentiometer. Take the 10K potentiometer and connect the first terminal to the Arduino’s 5V pin and the second terminal (middle pin) to the LCD’s pin 3(Vo) and the third terminal to the Arduino’s GND pin.

Next, power up the Arduino. You will notice that the backlight on the LCD turns ON. Also, when you turn the knob on the potentiometer, the character blocks on the LCD turn bright/dim. Check out the picture on below to see what I’m talking about. If your LCD displayed what is shown in the photo below, it means that your LCD is correctly set up! If you were not able to achieve this, double check your connections and your potentiometer.

 

Completing the Connections

Now, we need to connect the data lines and other pins that work with the LCD. Check out the connection diagram below.

Let’s start with connecting the control wires for the LCD. Connect the LCD’s pin 5 (RW) to the Arduino’s GND pin. This pin is not used, and serves as the Read/Write pin. Next, connect the LCD’s pin 4 (RS) to the Arduino’s digital pin 7. The RS pin is used to tell the LCD whether we are sending it data or commands (to change the position of the cursor). Next, connect the LCD’s pin 6 (EN) to the Arduino’s digital pin 8. EN is the enable pin on the LCD, this is used to tell the LCD that data is ready for reading.

Next, we have to connect the four data pins on the LCD. Connect the LCD’s pin 14 (DB7) to the Arduino’s digital pin 12. Then, connect the LCD’s pin 13 (DB6) to the Arduino’s digital pin 11. Next, the LCD’s pin 12 (DB5) to the Arduino’s digital pin 10, then the LCD’s pin no 11 (DB4) to the Arduino’s digital pin 9.

Make sure the connection in the program is the same as your connections:

Uploading the Code to the Arduino LCD

We can now try displaying something on the LCD through the Arduino. Before you do that, you need to download the Arduino LiquidCrystal library. Next, you need to extract the “LiquidCrystal” folder from the download file. Then, copy and paste the “LiquidCrystal” folder inside the Arduino’s directory,

Next, open up your Arduino IDE and then go to: File–>Examples–>LiquidCrystal–>HelloWorld.

Before to Upload the code to your Arduino please edit the lcd.begin(16,2) to lcd.begin(16,4). as shown below

Then Upload the code to your Arduino. You will see the following display on your LCD.

 

Working With the Arduino LCD

Try tinkering with the code for the LCD. Basically, there are three main functions used for controlling the text on the LCD:

  1. lcd.begin(total columns, total rows)
    -This function is used inside the setup() to initialize the size of the LCD we are using. If it is 16×4, then: lcd.begin(16,4), else if it is 16×2, then: lcd.begin(16,2).
  2. lcd.setCursor(column number, row number)
     – This function places the cursor of the LCD on the desired position. Any text displayed after this function will start from the position you have mentioned. For example, use: lcd.setCursor(4,0), i.e., fifth column and first row (since it starts from 0,0).
  3. lcd.print(“text”)
     -This function is used to print the text on the LCD. Whatever string is placed inside the ” “, gets displayed on the LCD.
Package includes:
1× Green/blue LCD 16*4 Display

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