CAJ | 학술논문

针对光电报靶系统的标校问题，以及可见光光幕靶光电接收器检测灵敏度的一致性和与海量数据的高速采集问题，采用大发射角的LED发光管，设计了光电开关电路和高速采样保持电路，实现了基于光电开关和取样电阻网络的光电坐标传感器，提高了系统的检测灵敏度和一致性，降低了系统设计的难度和成本。试验证明：该方法精度较高，具有良好的应用前景。
침대광전보파계통적표교문제，이급가견광광막파광전접수기검측령민도적일치성화여해량수거적고속채집문제，채용대발사각적LED발광관，설계료광전개관전로화고속채양보지전로，실현료기우광전개관화취양전조망락적광전좌표전감기，제고료계통적검측령민도화일치성，강저료계통설계적난도화성본。시험증명：해방법정도교고，구유량호적응용전경。
Against the problems of calibration scheme existing in automatic photoelectric target-scoring system,problems of sensitivity consistency of photoelectric receiver and mass data collection with high speed existing in infrared optical screen,LED luminescent tube with large radiation angle has been adopted.With photoelectric switching circuit and high speed sampling and holding circuit designed,photoelectric coordinate sensors based on photoelectric switch and sampling resistance network have been realized,increasing detection sensitivity and systemic consistency,reducing difficulty and cost of system design.It is validated that this method has higher precision with better prospect of application.