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16*2 liquid crystal display (LCD) module

Name: 16*2 liquid crystal display (LCD) module
Brand: 3rd Party
SKU: MOD-DISP-007
Price: 502.5 LKR
Availability: InStock

Model: MOD-DISP-007

Rs 670.00

Rs 502.50 Save 25%

Tax excluded

Blue 16x2 liquid crystal display (LCD) module commonly used in electronic projects for displaying alphanumeric characters.

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Description
Product Details

The LCD Module Blue Screen 16x2 boasts a blue screen liquid crystal display that offers a clear and visually appealing backdrop for the characters it displays. The "16x2" specification denotes its size, featuring 16 columns and 2 rows, enabling the simultaneous presentation of up to 32 characters.

Supporting a standard character set that includes alphanumeric characters, punctuation marks, and special symbols, each character is typically represented as a 5x8 pixel matrix. The module is further equipped with a backlight to enhance visibility in low-light conditions, ensuring suitability for diverse environments.

Utilizing the widely adopted HD44780 controller for character LCDs, this module simplifies the interface with microcontrollers, facilitating seamless integration into various projects. Notably, the LCD technology it employs inherently consumes low power, making it particularly suitable for battery-powered applications.

While the module typically interfaces with microcontrollers using a parallel interface, which requires several input/output pins for data and control signals, an alternative is available. An I2C module can be employed, reducing the wiring complexity to just four wires for connecting the LCD to a microcontroller.

Designed to operate within a specified voltage range, commonly around 5 volts, this LCD module aligns with the power requirements of common microcontroller systems. Its versatility is evident in its widespread use across DIY electronics projects, educational activities, and as an output display for microcontroller-based systems. Common applications include the presentation of real-time data, messages, and sensor readings, showcasing its practicality and effectiveness in diverse scenarios.