| Title |
Sensibility Evaluation on the Correlated Color Temperature in White LED Lighting |
| Authors |
Soon-Duk Jee ; Sang-Hyuk Lee ; Kyoung-Jae Choi ; Joung-Kyu Park ; Chang-Hae Kim |
| Keywords |
White Led Lighting ; sensitivity Evaluation ; Correlated Color Temperature |
| Abstract |
The aim of this study is to investigate the sensitivity evaluation of human beings in reacting to the correlated color temperature of the optical properties of white LED lighting. For the sake of this study, white light-emitting diode modules have been fabricated, their correlated color temperature have been measured, test cabinets for the sensitivity evaluation have been constructed with the white LED modules, and their sensitivity reactions on the test cabinets have been evaluated and analyzed. The sensitivity reaction has been evaluated by the semantic differential method with 15 selected questions, and the reliability and the content validity of their lighting have been analyzed to 3 factors which are the activity as the first factor, the stability as the second one, the potency as the third one, respectively, For the data analysis on the sensitivity reaction, the dependent variable is the score of the sensitivity evaluation and the independent one is the correlated color temperature of the test module. The results of this study is as follows: In the case of the sensitive evaluation on the activity and the potency in the white LED lighting compared with the fluorescent lamp, the subjects have made higher mark on MA₃ with 8,300[K], and in the factor of the stability, they have made higher mark on MA₁ with 3,800[K]. |