摘要
随靶场测试技术的要求提高,特别在高速飞行弹丸测试技术领域,对弹丸着靶的两维坐标的测量精度提出了更高要求,利用高速高灵敏度的CCD器件为核心的图像采集系统,采集弹丸过靶的图像,通过图像分析可提高其测量精度;基于CPLD技术,简述IL-E2 TDI CCD的基本工作原理及其时序要求,根据其要求自行设计高速线阵IL-E2 TDI CCD芯片图像采集所需的复杂时序和CCD外围驱动电路;分析IL-E2 TDI CCD外围驱动电路设计的基本原理与CPLD内部逻辑时序设计,完成线阵IL-E2 TDI CCD图像采集的驱动时序电路;实践证明,该电路结构简单,可靠性高,满足测试要求。
With the requirement of improved the fire field test technology, especially in the test technology field of the high velocity flying pill, the higher demand is proposed to the two-dimensional coordinate measurement accuracy of the pill firing, using CCD with the high velocity and high sensitivity as the core of image acquiring system, acquiring the image of the pill through the target, can improve its measurement accuracy by analyzing the image. Based on CPLD technology the primary working principle and ks sequence demand of IL--E2 TDI CCD are introeued, according to its requirements complicated driving sequence circuit of the high velocity linear IL--E2 TDI CCD chlpset image acquiring and CCD peripheral driving circuit are designed; By analysing base principle of IL--E2 TDI CCD peripheral driving circuit de signed and interior logical sequence designed of the CPLD, the driving sequence circuit of the linear IL--E2 TDI CCD image acquiring is designed. The practice proves that the structure of the hardware circuit is simple with high reliability, and can content the test demand.
出处
《计算机测量与控制》
CSCD
2007年第1期122-123,126,共3页
Computer Measurement &Control
