In discharge lamps, analysis of lamp-ballast compatibility using regression approach

Electromagnetic or electronic ballasts used in discharge lamps, in the absence of suitable quality or preferred by the users when they are wrong, lamp - ballast compatibility problems of lighting efficiency and reliability of care form. Positive incompatibility issues between electromagnetic or electronic ballasts and discharge lamps, pulling more power than necessary and are quickly can cause damage. Also, in this case the extent they transfer a portion of the power tolerance can lose their thereon. Discharge lamps and ballasts with negative incompatibility of their cases, the transfer of power from the grid can not made as required. In this case, either being contented with inefficient lighting or insufficient number of lamps in mind, increase in energy loss and a reduced efficiency considering the use of additional lamp is preferred. In this study, the top and bottom of the lamp - ballast compatibility criteria for the determination of the studies carried out, the above negative effects are eliminated limits for efficient use of lighting device is aimed to develop. Generated evaluated by regression approach these limits, except for standard power value can be produced that may be encountered or special purpose application compatibility ballasts for discharge lamps modeling was carried out.