5082-7616-DD000

5082-7616-DD000 Display Module - LED Character and Numeric

The 5082-7616-DD000 display module is a type of LED display module that can be used to display character and numeric information. This type of display module is commonly used in a variety of applications, such as showing the date and time, or displaying the current temperature. This module is built with a combination of yellow, green and red LEDs which are arranged in either 7 segment or 14 segment forms, providing a clear and legible display even in environments where there is low light.

Application Field

The 5082-7616-DD000 display module is a versatile display module with a wide range of applications. It is suitable for industrial, automotive and commercial applications. This display module can be used to display a variety of data, such as real-time sensor readings, engine diagnostic data, speedometer readings, and time and date information. It can even be used in applications such as alarms, vehicle navigation systems, and instrumentation.

Working Principle

The 5082-7616-DD000 module consists of two parts: the LED display and the control circuitry. The LED display is a series of LED bulbs arranged in either 7 segment or 14 segment form. The control circuitry is responsible for powering the LEDs and controlling their brightness, as well as for producing the characters or numeric values to be displayed on the LEDs. The control circuitry is usually controlled by a microcontroller or embedded processor.

The control circuitry communicates with the LED display using a protocol such as SPI, UART or I2C, depending on the design of the display. The display protocol used by the 5082-7616-DD000 is usually SPI, with a maximum data rate of 1Mbps. Once the control circuitry has sent the data to the LED display, the LEDs will light up in the desired pattern to produce the characters or numeric values that are being displayed.

Conclusion

The 5082-7616-DD000 display module is a reliable and versatile display module with a wide range of application fields. Its combination of yellow, green and red LEDs and high data rate allow for a clear and legible display, even in low-light environments. The combination of the control circuitry and the LEDs provide a reliable and consistent display of character and numeric information.