Soft-switching multi-level energy recovery circuit of single driver for plasma display panel

Soft-switching multi-level energy recovery circuit of single driver for plasma display panel

The power source of an AC-PDP for sustainer circuit is operated in high-voltage and high frequency switching during the process required to achieve the gas discharge current to generate light in a PDP panel. Since PDP has the characteristics of a pure capacitive load, the displacement current that o...

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Hauptverfasser: Aguillon-Garcia, Jacobo, Moon, Gun-Woo
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Sprache:eng
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Capacitance
Discharges (electric)
Driver circuits
Partial discharges
Stress
Switches
Topology
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description The power source of an AC-PDP for sustainer circuit is operated in high-voltage and high frequency switching during the process required to achieve the gas discharge current to generate light in a PDP panel. Since PDP has the characteristics of a pure capacitive load, the displacement current that occurs during charge and discharge generates considerable reactive power. An auxiliary circuitry called Energy Recovery Circuit (ERC) reduces the capacitive displacement current adopting a LC resonant technique. However, this auxiliary topology also bears high stress in its components. In this paper, a multilevel voltage wave shaping sustainer circuit with auxiliary ERC characteristics for an AC-PDP driver is proposed. The use of commutation devices connected in series allows the distribution of the voltage, reducing power losses. A comparative analysis and experimental results are presented.
doi_str_mv 10.1109/pesc.2006.1712119
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Capacitance
Discharges (electric)
Driver circuits
Partial discharges
Stress
Switches
Topology
title Soft-switching multi-level energy recovery circuit of single driver for plasma display panel
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