MAN8910

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MAN8910 is a 7-segment LED numeric displays module, specifically designed for Nixie tube replacement applications. It is an ideal choice for display methods powered by Arduino or Raspberry Pi, as well as other microcontroller systems. MAN8910 is an essential display module for a wide array of applications, such as scientific instrumentation, industrial displays, test and measuring instruments, home automation, robotics and embedded systems.

Features of MAN8910

• Each module can display a character up to 7 cm in height
• Made of high-quality components
• High brightness, high contrast, low-power consumption and wide corner angles
• Factory calibrated.

Application Field

MAN8910 is ideal for a variety of applications such as scientific instrumentation, industrial displays, test and measuring instruments, home automation, robotics and embedded systems. It is also great for prototyping, as it is easy to work with and can quickly be setup for development purposes.

The 7-segment display module is perfect for displaying numeric readings from sensors, or displaying messages from microcontroller systems such as Arduino or Raspberry Pi. With its bright and wide angled display, it is sure to capture the attention of the user in a variety of situations.

Working Principle

MAN8910 is a simple 7-segment LED numeric displays module. The module is basically composed of seven light-emitting diodes (LEDs)-one for each segment of the numerical numbers. When the electrical current passes through these seven segments, it creates a digital image of the numbers on the LED displays. The LED display is made up of small red LED’s that are soldered onto the board in order to connect them to the large LED segments.

For the display to show the correct numbers, the module must be wired correctly. The seven segments are wired to the power supply and the current is switched on and off in sequence, creating a readout of the desired numbers. The current used to power the LEDs is controlled by the control signal from the microcontroller. A high logic level will cause the current to flow through the LED, resulting in a visible readout.

The LED display of MAN8910 is factory calibrated to ensure accurate readings in all types of applications. They are also designed to be very low in power consumption, promoting long-term system performance.

Conclusion

MAN8910 is an essential display module for a wide array of applications. Its low power consumption and wide angle display makes it ideal for home automation and embedded systems. With its easy-to-use wiring and factory calibration, it is sure to provide accurate readings in any environment.

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