An SSFLCD-switching model is presented to examine the influence of space charge, depolarizing fields and inhomogeneous switching on recently proposed fast SSFLCD-addressing methods for FLC's with important dielectric biaxiality. A correct inhomogeneous electric field calculation is included for the first time. We use the model to check operational regions found with a simplified homogeneous switching model.
The influence of an inhomogeneous electric field on SSFLCD addressing / E., Deley; H., Pauwels; Ferrara, Vincenzo. - STAMPA. - 1:(1994), pp. 499-502. ( International Display Research Conference Monterey, California October 1994).
The influence of an inhomogeneous electric field on SSFLCD addressing
FERRARA, Vincenzo
1994
Abstract
An SSFLCD-switching model is presented to examine the influence of space charge, depolarizing fields and inhomogeneous switching on recently proposed fast SSFLCD-addressing methods for FLC's with important dielectric biaxiality. A correct inhomogeneous electric field calculation is included for the first time. We use the model to check operational regions found with a simplified homogeneous switching model.File allegati a questo prodotto
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