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The TROPHY (Talented Role-playing Technology with a Dual Polarity Sustainer in Hybrid Mono Board) Driving Method  

Park, Chang-Joon (PDP Circuit Group, Digital Display Research Lab., LG Electronics)
Kwak, Jong-Woon (PDP Circuit Group, Digital Display Research Lab., LG Electronics)
Kim, Tae-Hyung (PDP Circuit Group, Digital Display Research Lab., LG Electronics)
Park, Hyun-Il (PDP Circuit Group, Digital Display Research Lab., LG Electronics)
Moon, Seong-Hak (PDP Circuit Group, Digital Display Research Lab., LG Electronics)
Publication Information
Abstract
We have developed a new driving method named TROPHY(Talented Role-playing Technology with Dual Polarity sustainer in Hybrid Mono board). In this method, the sustain voltage is partially compared to the conventional method and the number of power sources is reduced by voltage level unification during the reset, address and sustain period. The hybrid mono board was especially developed to implement those technologies. Through this, we can lower the cost with the TROPHY compared to the conventional one. It is a suitable technology to improve the reliability of circuit and image sticking problem. We can also reduce the number of driving boards and the EMI problem compared with those of the conventional method.
Keywords
TROPHY driving; hybrid mono board; dual polarity sustain; single sustain; low voltage driving; low cost driver; lower EMI; half sustain;
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  • Reference
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