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LCD Display Module

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LCD Display Module Specification

Operating Temperature
0C to 50C

IP Rating
IP20

Features
Low power consumption, standard pinout, wide viewing angle

Response Time
200ms (typical)

Display Type
Character LCD

Interface
Parallel (HD44780 compatible)

Power Supply
External DC source

Components
LCD panel, control IC, PCB, connector pins

Resolution
5 x 8 dots per character

Output
Alphanumeric and graphic display

Input
Digital electronic signals

Usage
Embedded systems, microcontroller projects, industrial instrumentation

Power Source
DC powered

Product Type
LCD Display Module

Application
Industrial, automation, consumer electronics

Rated Voltage
5V DC

Supply Voltage
5V (typical)

Size
16 characters x 2 lines

Dimension (L*W*H)
80mm x 36mm x 11mm

Function
Electronic visual display for data representation

Color
Green and black

Weight
28g

Current Rating
1mA - 2mA

Thickness
Approx. 11mm

Capacity
Display up to 32 characters (16 x 2)

Frequency
60Hz (operational)

Driver IC
HD44780 or compatible

PCB Material
FR4

Backlight Color
Yellow-green

Contrast Adjustment
Via potentiometer

Input Pin Count
16-pin (standard header)

Storage Temperature
-10C to 60C

Life Expectancy
>50,000 hours

Character Set
ASCII

Operating Humidity
10% - 90% RH

Display Voltage
4.7V to 5.5V

Backlight Type
LED

Mounting Type
Panel mount/through hole

RoHS Compliant
Yes

Static Electricity Protection
Inbuilt

Viewing Angle
>45 degrees

Display Technology
Twisted Nematic (TN) LCD

Recommended Microcontroller
8051, AVR, PIC, Arduino

About LCD Display Module

The range LCD Displays, which we supply is procured from authentic manufacturers in the market. Our range is credited for its optimum quality, superior performance, durability and low power consumption. All these products are designed with latest technology, which makes these versatile and easy to operate.

Features:

1. High performance

2. Long lasting service

3. High efficiency

Wide Viewing Angle and High Contrast

This LCD module comes equipped with a twisted nematic (TN) display and adjustable contrast via an external potentiometer. The yellow-green LED backlight ensures clarity, while the viewing angle exceeds 45 degrees, making data visible from multiple perspectives. The standard pinout and simple mounting options allow seamless integration into diverse applications, ranging from home automation to industrial control panels.

Efficient Performance and Longevity

Designed for durability, the display provides over 50,000 hours of operational life and static electricity protection, guaranteeing reliable operation in demanding environments. With a typical supply voltage of 5V and low current draw, it is perfect for projects requiring consistent and energy-efficient visual feedback. The FR4 PCB material and HD44780-compatible driver ensure broad microcontroller compatibility and robust performance.

FAQs of LCD Display Module:

Q: How can I adjust the display contrast on this LCD module?

A: You can adjust the display contrast by varying the resistance of an external potentiometer connected as specified in the modules datasheet. This allows optimal visibility according to your environment or preference.

Q: What microcontrollers are compatible with this LCD display module?

A: This module is compatible with 8051, AVR, PIC, Arduino, and any other microcontroller that supports parallel interfacing and the HD44780 protocol. This broad compatibility simplifies integration into various projects.

Q: When is the LCD module best used for industrial automation?

A: It is ideally used in industrial automation when you need reliable data representation, robust mounting options, and long-term stable operation, as it offers static electricity protection and a lifespan exceeding 50,000 hours.

Q: Where should the module be installed for optimal performance?

A: The panel mount or through-hole design enables easy installation in control panels, instrumentation racks, or embedded electronics enclosures where visibility and accessibility are important.

Q: What process is involved in connecting the LCD to a microcontroller?

A: The process involves wiring the 16-pin header to the digital I/O ports of your microcontroller following the HD44780 interface specification, connecting a suitable potentiometer for contrast, and supplying a regulated 5V DC power source.

Q: How does the module benefit embedded system applications?

A: It provides clear, low-power alphanumeric and graphic display, robust protection, and a wide viewing angle, enhancing user interaction in embedded applications like consumer electronics, automation, and instrumentation.

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