The H6-C211 series of LED products, produced by QILSTE (HongKong) Technology Co., Ltd, is a range of high-brightness LEDs available in multiple colors, suitable for SMT assembly and soldering processes. These LED products meet RoHS environmental standards, have a moisture resistance level of Level 3, and are designed for use in general electronic devices. Below is a brief analysis of the advantages and applications of the H6-C211 series LEDs, as well as a table summarizing the color, forward voltage, luminous intensity, dominant wavelength, and peak wavelength for each model.

Advantages Analysis:

• Small Size: With dimensions of 2.0x0.6x1.1mm, these LEDs are ideal for compact designs.
• High Brightness: Available in ultra-bright red, blue, green, and yellow-green colors, with a wide range of luminous intensity to meet different brightness needs.
• Eco-Friendly: Compliant with RoHS standards, friendly to the environment.
• Moisture-Resistant Design: Moisture sensitivity level 3, suitable for humid environments.
• Compatibility: Suitable for SMT assembly and soldering processes, facilitating automated production.
• Stability: Passed various reliability tests, including endurance testing, high temperature and humidity storage, high-temperature storage, low-temperature storage, temperature cycling, thermal shock, and lead-free reflow soldering processes.

Application Analysis:

• Electronic Devices: Suitable for office equipment, communication devices, and household appliances.
• Indicator Lights: Used as indicator lights or status displays for electronic devices.
• Illumination: Can be used in small lighting devices or as a backlight source.
• Decoration: Due to their high brightness and variety of colors, they can be used for decorative lighting or festive decorations.

Model Corresponding Parameters Table:

Please note that the parameters in the table are based on typical values from the product specifications and may vary within tolerances. When selecting and applying these LEDs, the specific requirements and conditions of the actual application should be considered.