XAMR14A2

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XAMR14A2 is a four-digit numerical display module, which uses an LED light source to display the numbers in different sizes, colors and shapes. The XAMR14A2 module has an array of LEDs arranged in a star pattern with four segments (each segment containing up to four LEDs) to display 4-digit numbers. The XAMR14A2 module helps in controlling the LED displays with precise brightness, color and size adjustments. It also provides useful functions such as displaying frames or cycling through multiple color combinations at various speeds.

The XAMR14A2 display module can be used in a wide range of applications including automotive, audio-visual, medical and industrial. This module is perfect for applications that require display of numerical values. For example, it can be used in a car dashboard to display the speedometer reading and odometer readings. It is also suitable for use in instruments and displays in medical and industrial applications to display numerical values such as temperature, pressure, voltage, etc.

The XAMR14A2 module works by converting the voltage from the power supply into a current. The current then passes through the LED light sources of the module and produces the visual display. The output of the module is regulated using the current regulator circuits onboard. The current regulator circuits are able to adjust the brightness and color of the display.

The XAMR14A2 module has a wide operating temperature range from -40°C to +85°C, making it highly suitable for use in the harsh environments of industrial, automotive and medical applications. The module is also protected against reverse voltage, overvoltage and overcurrent. The power supply range is between 2.3V to 5.5V, and the maximum current draw is 150mA.

The XAMR14A2 display module is an ideal solution for applications that require display of numerical values. It provides high brightness, accurate color and size adjustment, and has a wide operating range. Furthermore, it is highly reliable and robust for use in harsh industrial and medical applications. The module is relatively easy to use and is cost-effective.

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