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The QLSP07RGBPW_B is a discrete RGBW LED indicator manufactured by Quelighting Corp. It integrates Red, Green, Blue, and White light-emitting elements within a single package. The component operates with specific forward voltage requirements for each color channel: 2.2V for the red segment, and 3.1V for the green, blue, and white segments. Optical specifications include peak wavelengths of 625nm for red, 523nm for green, and 465nm for blue. This configuration allows for full-color mixing capabilities in a compact form factor suitable for electronic status indication.
Verify the exact datasheet specifications directly from the manufacturer or authorized distributor documentation before procurement. Confirm that the required forward voltages (2.2V for red, 3.1V for other channels) align with your circuit design constraints. Ensure the discrete package type matches your assembly process and PCB layout requirements to avoid integration issues.
Select this component when a single package solution for RGBW indication is required rather than separate discrete LEDs. Consider the specific wavelength outputs (625nm, 523nm, 465nm) to ensure they meet visibility and color accuracy standards for the intended application. Verify that the 3.1V forward voltage for non-red channels is compatible with the driving circuitry.
This part belongs to the category of visible LED components produced by Quelighting Corp. It is classified specifically as a discrete LED indicator rather than a display module or lamp. The product line includes various LED types such as UV, IR, and DIP lamps, but this specific model focuses on RGBW color mixing in a surface-mount or through-hole discrete format.
Publicly confirmed substitute part numbers are not available in the provided source material. When seeking replacements, prioritize components with identical RGBW configurations and matching forward voltage profiles (2.2V/3.1V). Verify that any alternative maintains the same physical package dimensions and pinout compatibility to ensure seamless integration without redesigning the host PCB.
The red channel requires a forward voltage of 2.2V, while the green, blue, and white channels each require 3.1V.
The component emits at 625nm for red, 523nm for green, and 465nm for blue.