1.3: A Timing Model for the Design of an Active‐Matrix Display

Abstract

A timing model for the design of an AM display was established integrally considering the charging process and delay propagating in the AM FPD driving. Based on the model, the bottle neck of different size FPDs was analyzed.

P‐1.4: Timing Model and Maximum‐Aperture Pixel Design of an Active‐Matrix Display

“…The timing model was developed by considering the pixel charging process and the signal propagation delay in an AMFPD [6,7], resulting in the following set of constraints:…”

“…In a previous study, a timing model for an AMFPD has been described [6]. Constrained by this timing model, an algorithm is reported presently for optimally determining the widths of the scan-and data-lines, and the width of the address transistor, thus maximizing the aperture ratio of the pixels in an AMFPD.…”

P‐9: Timing Model and Maximum‐Aperture Pixel Design of an Active‐Matrix Display

“…A timing model for an AMFPD has been described in a previous study [6]. Based on this timing model, an algorithm is reported presently for optimally determining the widths of the scan-and data-lines, and the width of the address transistor, while maximizing the aperture ratio of the pixels in an AMFPD.…”