⚡ 本页包含 AI 生成的分析内容，仅供参考
本文提出一个10位75ns CMOS扫描显示驱动系统，用于QVGA LCD，通过优化源极驱动器架构实现高速、高精度输出，满足高分辨率显示对快速建立时间和低功耗的需求。
Analog Devices, Wilmington, MA, 2University of California, Berkeley, CA The display industry is booming as high-performance displays become the main user interface in every mobile device. The current trend toward higher resolution displays means display drivers must be faster, while minimizing power and cost. In order to make displays more appealing to consumers, display manufacturers are also requesting higher driver output swing for higher contrast and better driver accuracy for improved video uniformity. Recent work has focused on source drivers, where one video channel drives one or two display columns [1]. This source driver architecture eases the speed requirements and capacitive load on the amplifier, but is limited by mismatch in DC offsets between output circuits on the array and between panels. DC errors between columns on a single array lead to vertical stripes that are readily
I. Fujimori-Chen1, R. Muller2, W. Kan1, M. Fazio1, A. Farrell1, D. Whitney1