7-Segment 0.56 inch (Common Cathode -Red)

Description

5011AS 7-Segment 0.56 inch Common Cathode-Red Display The 5011AS 7-Segment 0.56 inch Common Cathode-Red Display is a versatile LED component designed for displaying numbers and select characters in electronic projects. With a 0.56-inch digit height, this single-digit display delivers red illumination for excellent readability. Its common cathode design streamlines integration into circuits, making it a go-to choice for hobbyists and professionals alike. Features : Bright Red Output: High-visibility illumination for clear viewing. Energy Efficient: Low power draw, ideal for portable devices. Simple Integration: Common cathode setup works seamlessly with microcontrollers. Robust Build: Long-lasting LED technology for reliable performance. Compact Form: 0.56-inch size fits easily into various designs. Specifications : Parameter Value Digit Height 0.56 inches (14.2 mm) Configuration Common Cathode Color Red Forward Voltage 2.0V Forward Current 20mA per segment Wavelength 630nm Operating Temperature -20°C to +80°C Pin Count 10 Common Cathode (CC) In a common cathode display, all cathode pins are connected together and LEDs are controlled via an anode terminal. It means to turn ON the LED (segment), we have to apply proper voltage to the anode pin. The following demonstration will show the working of the above configuration: Pin Diagram The 7-segment display has a total of 10 pins. The common pin (com) is connected either in a common anode or a common cathode configuration. Resistor Connections We have to connect the resistor to each segment individually. Avoid LED’s connection in parallel with one resistor, because each LED segment doesn’t have the same forward voltage drop. If we connect one resistor to the parallel LEDs then some LEDs will glow and some will not. Because forward voltage drops are different for each LEDs, LEDs which are having lowest voltage drop across them will only glow. And though if we connect LEDs with ideally equal voltage drop, the current will get divided and brightness will get affected each time while switching the LEDs.

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