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* '''page 257, caption of figure 7.4:''' ''"Inline-switchimg"'' '''must be''' ''"In-plane switching"'' | * '''page 257, caption of figure 7.4:''' ''"Inline-switchimg"'' '''must be''' ''"In-plane switching"'' | ||
* '''page 273, last line of section 7.3.10:''' ''"Liquivista"'' '''must be''' ''"Liquavista"'' | * '''page 273, last line of section 7.3.10:''' ''"Liquivista"'' '''must be''' ''"Liquavista"'' | ||
- | * '''page 284, 3rd paragraph:''' ''"One transparent electrode in the front glass is used for ignition and one is used for discharge."'' '''should be''' ''" | + | * '''page 284, 3rd paragraph:''' ''"One transparent electrode in the front glass is used for ignition and one is used for discharge."'' '''should be''' ''"Charges are seeded to a cell if voltage is applied to an ignition (line) and a column electrode during raster scan, enabling a discharge when an AC voltage pulse is later on applied to all ignition and discharge electrodes."'' |
* '''page 284, figure 7.34: missing remark:''' ''"the ignition and discharge electrodes have been drawn 90 deg. turned for better visualization (actually they go from left to right)"''. | * '''page 284, figure 7.34: missing remark:''' ''"the ignition and discharge electrodes have been drawn 90 deg. turned for better visualization (actually they go from left to right)"''. | ||
- | * '''page 285, 3rd paragraph:''' ''"...sequences of several pulses"'' '''should be''' ''"...sequences of pulses | + | * '''page 285, 3rd paragraph:''' ''"...sequences of several pulses"'' '''should be''' ''"...sequences of several pulses (similar to Fig. 7.15)"'' |
* '''page 285, end of 2nd-last paragraph:''' ''"With plasma displays, cathode aging is the main cause since each pixel has its own 'cathodes'."'' '''comment:''' This degradation of the MgO layer by sputtering etc. is one major issue, but we should note that phosphor degradation due to the aggressive plasma is also present, mainly for the blue phosphor. | * '''page 285, end of 2nd-last paragraph:''' ''"With plasma displays, cathode aging is the main cause since each pixel has its own 'cathodes'."'' '''comment:''' This degradation of the MgO layer by sputtering etc. is one major issue, but we should note that phosphor degradation due to the aggressive plasma is also present, mainly for the blue phosphor. |
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