0.4 Inch 2 Digit High-Brightness 7 Segment LED Display with Common Cathode/Anode Numeric Tube

This 0.4-inch 2-digit 7-segment LED numeric display features high-efficiency LED chips with uniform, high-luminance output, delivering clear white digit display with independent decimal points per digit. Available in both common cathode and common anode configurations and packaged in a standard through-hole DIP form factor, it offers easy soldering, reliable mechanical fixation and excellent circuit compatibility. With a compact footprint and wide operating temperature range, this digital tube is a cost-effective display solution for digital meters, household appliances, industrial control panels, timing devices and consumer electronic products.

• High-Brightness Uniform Output: High-efficiency LED chips deliver consistent luminance across all segments, ensuring excellent readability even under ambient and indoor lighting conditions.
• Flexible Polarity Options: Supplied in both common cathode and common anode versions to adapt to different circuit architectures and driver design requirements.
• Reliable Through-Hole Assembly: Standard DIP pinout enables straightforward soldering and secure mechanical mounting, well-suited for high-volume automated production.
• Wide Environmental Adaptability: Industrial-grade operating temperature range supports stable long-term performance in both indoor and moderately harsh outdoor scenarios.
• Ultra-Long Service Life: Solid-state LED construction delivers over 50,000 hours of continuous operation with low power consumption and high shock resistance.
• Compact Space-Saving Design: 0.4-inch digit size with a minimal overall footprint fits seamlessly into space-constrained instrument panels and compact device enclosures.

• Digital Multimeters & Measurement Instruments
• Household Appliance Control & Status Panels
• Industrial Control Counters & Status Indicators
• Timers, Clocks & Timing Modules
• Automotive Auxiliary Dashboard Displays
• Power Supplies & Charger Digital Indicators
• DIY Electronics & Embedded Development Projects