在激光扫描的研制过程中，对驱动放大电路的实验进行了探讨。
An experiment for power amplifier circuit has been researched in the studying process for the laser scanning apparatus in this article.
最后，根据伺服系统的理论模型，设计了振镜扫描器伺服驱动电路。
Finally, according to the servo model, the galvanometer scanner servo circuit is designed.
第一，基于双频毫米波辐射计的扫描要求，设计了基于PC计算机和嵌入式系统道的两维伺服驱动电路，完成了扫描控制、通信协议和伺服驱动控制的软件设计。
Firstly, a two-dimensional servo-control driver circuit, which consists of PC and an embedded system, is designed based on the scanning requirement of the dual frequency millimeter wave radiometer.
设计出控制电路及驱动电路，阐述了自动扫描提供触发电压技术的实现方法；
The control and drive circuits have been implemented, and the realization of auto-tracking to offer igniting voltage is explained in detail.
当由扫描线驱动电路转换扫描线的电位时，扫描线辅助电路工作，而从扫描线的相对侧驱动扫描线。
When a potential of the scan line is switched by the scan line driver circuit, the scan line auxiliary circuit operates so that the scan line is driven from its opposite ends.
文章介绍了一种基于动态扫描原理的液晶显示(LCD)驱动芯片，该芯片为高压CMOS数模混合集成电路。
A single chip Liquid Crystal Display (LCD) driver chip is developed based on dynamic scanning, which is a high voltage CMOS digital and analog mixed signal IC.
文章介绍了一种基于动态扫描原理的液晶显示(LCD)驱动芯片，该芯片为高压CMOS数模混合集成电路。
A single chip Liquid Crystal Display (LCD) driver chip is developed based on dynamic scanning, which is a high voltage CMOS digital and analog mixed signal IC.
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