This dual LED bar graph display versatile module features red, yellow, and orange LEDs, with the option for multicolor displays. Making it ideal for various applications requiring a clear and engaging visual representation of data.
Features :
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LEDs: This module features ten separate segments, each consisting of two individual LEDs, typically of ultra-bright colors like red, yellow, or orange. These LEDs are arrange in a linear fashion to form a bar graph display.
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Colors: The LEDs used in this module can emit multiple colors, with red, yellow, and orange being the most common. Although each segment can have its LED color or a combination of these colors for multi-color indication.
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Brightness: These LEDs are usually ultra-bright, making them easily visible in various lighting conditions. Hence their brightness can be adjust using external circuitry if require.
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Segments: The module consists of ten segments, which can be lit individually or in combination to represent different levels or values.
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Control: Typically, these modules are control using digital inputs. By activating specific segments, you can create bar graph displays that show information such as volume levels, signal strength, or any other analog data that needs to be visually represent.
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Applications: Bar graph display modules find applications in various electronic devices and systems, such as audio equipment, signal strength meters, power level indicators, and more. They are use to provide a quick visual representation of data or status.
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Size and Mounting: These modules come in various sizes. They are usually mount on a PCB for integration into electronic systems. Moreover the size and design may vary depending on the manufacturer and specific product.
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Voltage Requirements: The operating voltage for these modules can vary. So it's important to check the datasheet or product specifications for the specific module you're using.
Overall, a 10-Segment Dual LED Light Display Module Bar Graph is a useful component for displaying data in a clear and visually intuitive manner. And making it a valuable tool in electronics and instrumentation.