探讨研究有限元分析在光电稳定系统结构设计中的应用。
The application of Finite Element Analysis in mechanical design of stabilized electro-optical system is investigated.
分析不同干扰对系统稳定的影响以及光电稳定系统稳定方法。
Different disturbances' impact on system stability is analyzed and the stabilization method for Opto-electronic system is explored.
在光电经纬仪中，电视或红外脱靶量的滞后对控制系统的稳定性和跟踪精度都有较大的影响。
In a photoelectric theodolite, the time delay of TV or IR miss distance will have a relative large influence on stability and tracking accuracy of the control system.
在现代光电火控、制导系统中，为了提高命中精度常常要求对瞄准线进行稳定，减小载体扰动的影响。
In modern photoelectric fire-control and guidance systems, the sighting line is often required to be stabilized to reduced the effect of carrier turbulence.
双光源光电检测系统稳定可靠，保证包装袋的商标完整。
Reliable and stable dual light source photoelectric check system, assuring complete logo of the packaging bags.
文中给出系统硬件、软件设计结构和原理图，改善了原有光电测速精度，提高了系统工作稳定性和可靠性。
This paper presents the hardware, software design and structure diagram of the DSP chip which improves the system stability and reliability.
离散光电成像系统因其不再具有平移不变特性，它的调制传递函数测试具有相当的复杂性和不稳定性。
The measurement of modulation transfer function (MTF) of the sampled imaging optoelectronic system is rather complex and irrepeatable for their shift-variant characteristics.
光电控制系统是自动化控制系统的核心技术之一，其稳定性及其精度决定了自动化控制过程的优劣。
Photoelectric control system is one of the core technology of automatic control system, its stability and accuracy decides the automatic control process.
瞄准线高精度稳定是机载光电稳瞄系统的主要指标和关键技术。
The line-of-sight stabilization with high-accuracy is the chief specification and key technology of electro-optical stabilized sighting system.
稳定回路是实现高精度跟踪的基础，稳定回路设计的好坏直接影响着整个光电跟瞄系统的跟踪性能。
The stabilizing loop is the base of the high-precision tracking and the design of stabilizing loop affects the whole tracking system's performance directly.
在精密光电检测和光纤通信系统中激激光电源的功率稳定最为重要。
The stable laser in power source is applied widely in precise light electricityexamine and light electricity corresponding.
基于该单屏蔽光电集成强电场传感器，组成了强电场测量系统，提出并实施了验证测量系统外围设备稳定性的实验方案。
An instrument system for measuring intensive electric field is implemented, based on the SAS OEFS. An experiment proving the stability of the system is proposed and carried out.
对俄罗斯parus—98E光电桅杆的基本性能、光学系统原理和瞄准线稳定和控制作了深入说明。
Basic performance, optical system principle, line of sight stabilization and control of parus-98e optronic mast is further described.
机载光电平台稳定与跟踪系统由于受到外部各种干扰的影响，需要首先建立一个稳定控制回路。
In stabilizing and tracking system of optoelectronic platform, a stabilizing control loop must be designed firstly because of various external disturbances.
高可靠性芯片XC164的采用、光电隔离和继电器隔离技术的采用，保证了整个系统具有较好的稳定性和抗干扰性。
The adoption of high-reliability chip XC164, the optical isolation technology and relay isolation technology ensured the good stability and anti-interference of the whole system.
高可靠性芯片XC164的采用、光电隔离和继电器隔离技术的采用，保证了整个系统具有较好的稳定性和抗干扰性。
The adoption of high-reliability chip XC164, the optical isolation technology and relay isolation technology ensured the good stability and anti-interference of the whole system.
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