We developed new addressing modes in which ic drivers powered with low voltages can provide short line addressing times. Time-overlapping selection waveforms and techniques for reducing crosstalk and improving operating range were incorporated. 230 microsecond single-shot writing at room temperature with 8.8 V supply voltage is reported, together with measurements of sticking effects and operating ranges.
Ferroelectric LCD low voltage matrix addressing technique
R Beccherelli;
1996
Abstract
We developed new addressing modes in which ic drivers powered with low voltages can provide short line addressing times. Time-overlapping selection waveforms and techniques for reducing crosstalk and improving operating range were incorporated. 230 microsecond single-shot writing at room temperature with 8.8 V supply voltage is reported, together with measurements of sticking effects and operating ranges.File in questo prodotto:
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