LDM-768-1LT-Y4

LED Dot Matrix and Cluster (LDM) displays are designed to provide a compact, clear display of basic information or user interface. The LDM-768-1LT-Y4 model is a single row, 8X64 dot matrix LED display that consists of an 8x8 dot array, two 7 segment LEDs for character display, two 7 segment LEDs for hexadecimal display, one SMT LED for lower level illumination and one SMT LED for upper level illumination. This model is a great choice for applications such as scoreboard and instrument panel displays.

Features

• 8x64 dot matrix display.
• Innovative design of 8x8 dot matrix array.
• 850nm visible light source.
• Maximum dot density of 7,680.
• Low power consumption.

Applications

Due to its flexible design, the LDM-768-1LT-Y4 provides a wide range of applications including:

• Scoreboard display
• Instrument panel display
• Time display
• Text messaging display
• Graphic displays

The relatively low power consumption of the LDM-768-1LT-Y4 makes it an ideal choice for battery powered applications, used in remote locations or as part of a larger array of displays.

Working Principle

The working principle of the LDM-768-1LT-Y4 dot matrix display is based on the drive signal state of each segment or row. To control the display, the signal from the associated control unit drives the segments by activating or deactivating the appropriate signal line. When an active signal line is detected by the associated row or segment chips, the associated dot in the array will be illuminated.

Additionally, the brightness of the dot matrix display can be adjusted by controlling the amount of power being output from the associated control unit. Through this process, users can adjust the brightness of the display as desired.

Conclusion

The LDM-768-1LT-Y4 dot matrix display is a versatile, energy efficient display option that can meet the needs of many applications. The internal design and integral control unit enable users to adjust the brightness and display patterns as desired, making it a great display solution.