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Comparative study on a single energy recovery circuit with dividing energy recovery path for plasma display panels (PDPs)

机译:不同电流置换路径的单能回收电路对比较研究等离子体显示板(PDP)

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Comparative study on a low cost sustaining driver with single and dual path energy recovery circuits for plasma display panels (PDPs) is shown in this paper. The cost of PDPs has been still high and about half of the cost has been occupied by driving circuit. A simple sustaining driver is proposed to reduce the cost and size of driving circuit. The proposed driver has small number of devices and reactive components and there are two methods for charging and discharging PDPs such as single and dual path energy recovery circuits. A comparative research on two-types of energy recovery path is practiced to evaluate performance. As a result, the dual energy recovery path circuit has low power consumption, low surge current and high performance. To verify those results, experiment will be shown with 42-inch HD panel.
机译:本文示出了对等离子显示面板(PDP)的单和双路径能量回收电路的低成本维持驾驶员的比较研究。 PDP的成本仍然很高,大约一半的成本已被驱动电路占用。提出了一种简单的维持驾驶员来降低驱动电路的成本和尺寸。所提出的驱动器具有少量的设备和反应部件,并且有两种用于充电和放电PDP,例如单个和双路径能量回收电路。实践了两种能量回收路径的比较研究来评估性能。结果,双能量回收路径电路具有低功耗,低浪涌电流和高性能。要验证这些结果,实验将显示42英寸高清面板。

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