Kingbright ACDCF56-41ZGKWA-F01: High-Performance Green LED Display

The Kingbright ACDCF56-41ZGKWA-F01 is a high-efficiency green LED display designed for a wide range of applications, including home and smart appliances, industrial instruments, and digital displays. With its robust construction and excellent character appearance, this LED display is built to deliver reliable performance in various environments.

Features:

0.56-inch digit height for clear visibility
Low current operation for energy efficiency
Excellent character appearance and mechanically rugged design
Gray face with white segment for high contrast and readability
Packaged in quantities of 200 pieces per reel for convenience
Moisture sensitivity level: 2a for reliable handling and storage
RoHS compliant for environmental sustainability
Applications:

Home and smart appliances for status indication
Display time and digital combination in various devices
Industrial and instrumental applications requiring numeric status display
Technical Specifications:

Emitting Color: Green (InGaN)
Lens Type: White Diffused
Luminous Intensity at 10mA: 52000 to 160000 (typical)
Wavelength at Peak Emission: 515-525 nm
Spectral Bandwidth at 50%: 35 nm
Capacitance: 45 pF
Forward Voltage at 10mA: 3.0-3.4 V
Reverse Current at 5V: -50 µA
Power Dissipation: 102.5 mW (typical)
Reverse Voltage: 5 V
Junction Temperature: 115 °C
Operating Temperature: -40 to +85 °C
Storage Temperature: -40 to +85 °C
DC Forward Current: 25 mA
Peak Forward Current: 150 mA
Electrostatic Discharge Threshold (HBM): 450 V
Electrostatic Discharge and Handling Precautions:

Use a wrist band or anti-electrostatic glove when handling the LEDs
Ensure all devices, equipment, and machinery are electrically grounded
Packaging and Reflow Soldering Profile:

Reflow soldering is recommended for optimal performance and longevity
Maximum of 2 reflow soldering passes
Lead-free SMD process compatible
Circuit Design Notes:

Protective current-limiting resistors may be necessary for safe operation.
LEDs in parallel should each have their own current-limiting resistor.
Design the driving circuit to protect against reverse voltages and transient spikes.
Choose the safe operating current based on the maximum ambient temperature.
Avoid prolonged reverse bias to prevent metal migration and potential failure.
Precautionary Notes:

This document reflects representative usage scenarios and is for technical reference only.
Specifications are subject to change without notice; refer to the latest datasheet for updates.
Operate the product within the specified environmental and electrical limits.
For applications with special reliability requirements, consult with Kingbright for further assistance.
Do not reproduce or transmit the document's information without permission.
Contact Information:

For further inquiries and application notes, please visit Kingbright's official website.