Temperature Dependence of Address Discharge Characteristics for Write-Address and Erase-address Methods in AC PDPs

摘要

Exo-electron emission increases as the panel temperature increases, write-address discharge delay becomes shorter and wall voltage after addressing becomes lower due to recombination. Exo-electron emission does not affect the erase-address discharge delay so much. But the delay becomes larger at high temperature since the other priming particles reduce the wall voltage before addressing.