Newhaven Display LCD Character Display Modules

Newhaven Display LCD Character Display Modules deliver high‑contrast, reliable, and easy‑to‑integrate alphanumeric display solutions for a wide range of industrial, medical, consumer, and instrumentation applications. These displays provide crisp, consistent text and data readability and are available in multiple sizes, color combinations, and display technologies, including STN and FSTN. The devices support positive or negative imaging modes and offer transflective, reflective, or transmissive optical options, ensuring dependable visibility in any environment.

Each module incorporates industry‑standard built‑in controllers such as the ST7066U, KS0066U, SPLC780D, or compatible variants (including options like the PIC16F690), which streamline firmware development and enable drop‑in replacements across product families. With multiple backlight color choices and interface options, Newhaven’s Character LCDs provide long‑term performance, design versatility, and straightforward integration for both new and legacy systems.

Features

  • Wide range of character counts and mechanical sizes, suited for handheld devices to full-size control panels
  • Multiple LCD technologies - STN Positive/Negative and FSTN Positive/Negative for enhanced contrast and clarity
  • High-efficiency LED backlighting is available in White, Yellow-Green, Blue, RGB, and additional colors to match aesthetic or status-indication needs
  • High-brightness or low-power variants available
  • Robust optical modes for readability across lighting conditions
    • Reflective - ideal for low-power designs, readable without a backlight
    • Transflective - versatile for indoor/outdoor use, uses ambient light plus backlight
    • Transmissive - relies on backlight for high brightness
  • Long operating life
  • RoHS compliant

Applications

  • Industrial control panels
  • Medical/lab instruments
  • Test and measurement devices
  • Consumer electronics
  • HVAC/building automation
  • POS and kiosks
Publié le: 2012-03-28 | Mis à jour le: 2026-04-13