The KPTF1616SURKZGQBDC-RY is a bi-color (Red/Yellow) LED matrix display manufactured by Kingbright. This dot matrix display is designed for displaying alphanumeric characters, symbols, and simple graphics. It is commonly used in various applications requiring visual indication or information display.
Applications
- Industrial control panels
- Elevator displays
- Information kiosks
- Consumer electronics
- Transportation displays
Features
- Bi-color: Red and Yellow
- 1.6 inch (40.64 mm) character height
- 16x16 dot matrix
- Common cathode
- Low current operation
- Easy mounting
Benefits
- Versatile Display: The bi-color capability allows for displaying different types of information with different colors.
- Clear Visibility: The 1.6 inch character height ensures that the displayed information is easily readable from a distance.
- High Resolution: The 16x16 dot matrix provides sufficient resolution for displaying a wide range of characters and symbols.
- Simplified Circuit Design: Common cathode configuration simplifies the driving circuitry.
- Energy Efficient: Low current operation reduces power consumption.
- Easy Integration: Designed for easy mounting and integration into various systems.
Technical Specifications
The KPTF1616SURKZGQBDC-RY LED matrix display has a forward voltage of approximately 2.0V for the red LEDs and 2.1V for the yellow LEDs. The forward current is typically around 20mA per dot. The luminous intensity varies depending on the color and current, but is generally in the range of a few millicandelas per dot, providing adequate brightness for most indoor applications. The display is designed to operate within a temperature range of -40°C to +85°C.
The physical dimensions of the display are approximately 40.64mm x 40.64mm (1.6 inches x 1.6 inches). The pins are arranged in a standard configuration for easy connection to driver circuits. The matrix is designed for through-hole mounting on printed circuit boards. The KPTF1616SURKZGQBDC-RY provides a reliable and cost-effective solution for applications requiring visual information display.