The document describes the features and characteristics of a product called LRTB GFUG 6-lead in-line MULTILED Enhanced optical Power LED. The LED has a black P-LCC-6 package for higher contrast and diffused silicone resin. It achieves additive mixture of color stimuli by independently driving each chip. The wavelength of the red LED is 625 nm, true green LED is 528 nm, and blue LED is 470 nm. It has a viewing angle of Lambertian Emitter (120°) and utilizes ThinFilm technology for red LED and ThinGaN technology for true green and blue LEDs. The optical efficiency is 15 lm/W (red), 17 lm/W (true green), and 4 lm/W (blue). It is suitable for all SMT assembly techniques and can be soldered using reflow soldering. It is applicable for indoor and outdoor displays (e.g. in the transportation sector, scrolling displays). The individual LED chips can be independently controlled to display different colors, including white. It is suitable for full-color displays or RGB displays.
The 6‑lead in‑line MULTILED is a black P‑LCC‑6 package designed for high contrast RGB displays and diffused silicone resin applications. It offers additive color mixing by independent chip driving, with peak wavelengths of 625 nm (red), 528 nm (true green) and 470 nm (blue). The LED emits a Lambertian 120° viewing angle and achieves optical efficiencies of 15 lm/W (red), 17 lm/W (green) and 4 lm/W (blue).\n\nThe document lists ordering codes, maximum ratings, electrical characteristics, and packaging details. It also includes safety notes, RoHS compliance, and revision history. The data are intended for designers of indoor and outdoor displays, including full‑color and RGB displays. This manual is written in German.
| Optical efficiency (red) | 15 lm/W |
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The ordering code example is LRTB GFUG‑P9R7‑1+S7U‑29+M7Q‑49.
The red chip has an optical efficiency of 15 lm/W.