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Wiring Connections
- Common Anode Pin: Connect to a positive voltage (e.g., 5V).
- Segment Pins: Connect each segment (A to G) to the microcontroller through current-limiting resistors. Optional connection for the decimal point (DP).
- Pin 1: Segment E
- Pin 2: Segment D
- Pin 3: Decimal Point (DP)
- Pin 4: Segment C
- Pin 5: Common Anode
- Pin 6: Segment B
- Pin 7: Segment A
- Pin 8: Segment F
- Pin 9: Segment G
- Pin 10: Common Anode
Power
- Supply Voltage: 5V when used with standard microcontrollers.
- Current Consumption: 20mA per segment (max), dependent on the number of segments lit.
Input and Output
- Input: Digital signals from a microcontroller to control each segment.
- Output: Visual numeric display ranging from 0 to 9, depending on the segments illuminated.
Physical Characteristics
- Dimensions: Approximately 19.05 mm x 12.7 mm x 7.62 mm
- Material: Plastic body with clear epoxy covering the LED segments.
- Pin Count: 10 pins
Technical Specifications::
- Luminous Intensity: 80 to 120 mcd per segment
- Forward Current: 20mA (max) per segment
- Forward Voltage: 1.8V to 2.2V per segment
- Segment Type: LED
Additional Features
- Energy-Efficient: Low power consumption with high brightness output.
- User-Friendly: Simple to connect and control, making it a great choice for beginners and professionals alike.
- Versatile Use: Ideal for digital clocks, counters, voltage displays, and other numeric displays.
How to Use
- Step 1: Connect the common anode (Pin 5 or 10) to the 5V power supply.
- Step 2: Attach each segment’s pin to the microcontroller’s output pins using current-limiting resistors (usually 220Ω to 1kΩ).
- Step 3: Write a program on the microcontroller to send signals to the corresponding segment pins to display the desired digit.
- Step 4: If you’re using multiple displays, consider multiplexing to control them efficiently by refreshing each digit in quick succession.
This 0.56 Inch 1 Digit 7 Segment Red Common Anode Display is an essential component for projects that require a clear and bright numeric display. It’s easy to use, highly reliable, and perfect for applications like digital clocks, counters, or simple numeric readouts.
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