Volume 2 number 3 (07)

DEVELOPMENT OF AN EFFICIENT OPTICAL MODEL FOR LEDS-BASED WHITE LIGHT SPECTRUM DESIGN APPLICATIONS

Pages 185-192

DOI 10.61552/JIBI.2024.03.007

ORCID Thi-Minh-Ly Vo, ORCID Trong-Nam Tran, ORCID Trung-Kien Nguyen, ORCID Thi-Hanh Nguyen, ORCID Thi-Yen-Nhi Pham, ORCID Thien-Bao Huynh, ORCID Le-Minh-Khang Tran, Dang-Khoa Pham, ORCID Quoc-Cuong Nguyen, ORCID Quang-Khoi Nguyen


Abstract: We have developed an efficient optical model for simulating the white light spectrum design with high color performance. The optical model began with experimental data collection, simulation with the mathematical model using Gaussian functions, and verifying the similarity between simulation and experiment. In application, the model is applied to study the effect of red light on the optical properties of the generated white light spectrum. The obtained results indicate that the established model is helpful for the solid-state lighting application to fabricate a light source that can emit white light with high optical performance.

Keywords: light emitting diodes, white light spectrum design, optical model, CRI.

Recieved: 24.01.2024. Revised: 27.03.2024. Accepted: 28.04.2024.

Publication Information

Publisher

Editor-in-Chief Director-in-Charge Managing Editor
Aleksandar Djordjevic

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Quarterly
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