192×64 Pixel Serial LCD Display Module Compatible with Arduino

Description

192×64 pixel Compatible Arduino Serial Display Module

Display format 192×64 dots
8-bit Parallel 6800 Interface
IC or equivalent S6B0107, S6B0108
White on blue appearance
Diagonal size 3.3 inches
Connector pin header
Outline dimension 100.0 (W) x60.0 (H) x12.0 (T) mm
Visual area 83.90×30.80mm
Active area 78.67 (W) x26.19 (H)
Character size No
Pixel size 0.36×0.36mm
Pixel step 0.41×0.41mm
IC COB package
Display type STN-LCD Blue
Optional Touch Panel No
Readable in sunlight No
Response time (type) No
Contrast Ratio (Type) No
Colors No
Viewing Direction 12:00
Viewing Angle No
Brightness (Type) No
Backlight Color White
Backlight Current (Typ) 60mA
Power Supply (Typ) 5V
LCM Power Supply Current (Max) 7mA

We have the technical specifications of all components available, should it not be present in the product download card, send a message from the contact us form and we will publish it as soon as possible on our website.

Tutorial: Learn how to use the LCD 192×64 module

This LCD module is ideal for displaying data in Arduino projects. Connect it and show text or graphs.

What you need

• Arduino Uno
• USB Cable
• LCD 192×64 Module
• Pull-up Resistors (check datasheet)
• Serial Connection

Steps

1. Connect the LCD module to the Arduino pins using the serial connectors
2. Install the LiquidCrystal_I2C library from managed libraries
3. Configure the I2C address of the module (check the datasheet)
4. Write a simple sketch to display ‘Welcome!’

Example code

LiquidCrystal_I2C lcd(0x27, 192, 64);
void setup() {
lcd.begin();
lcd.print("Benvenuto!");}

Mini project

Create a custom display for climate control

Common mistakes

• I2C configuration error
• Unstable serial connection
• Incorrect character sizes

Recommended accessories

• 10kΩ pull-up resistors
• RTC module for date/time
• DHT22 climate sensors
• Protective LCD display

Frequently asked questions

How can I change the I2C address?
Use the jumpers on the module to select a new address.

What is the module’s power supply voltage?
Check the datasheet, usually 3.3V or 5V