分析了高重频电光调Q驱动电源与晶体之间的最佳引线。
The best connection wire between driving power and crystal in high-repetition-rate electro-optic Q switching is analyzed.
针对试验现象，分析了高重频激光对不同编码体制的激光导引头的干扰机理。
Aiming at the test phenomena, it analyzed the jamming mechanism of high repetition laser to the laser seeker of the different coding system.
将如何得到高重频、稳定的电流脉冲作为一个研究重点，提出电流叠加开关的概念。
How to get high frequency and high stability current pulse is the emphasis of this section. The paper put forward the concept of current adding switch.
依托此平台，初步开展了激光高重频干扰的实验研究，实验结果与理论分析相吻合。
Based on this equipment, the experimental research of laser jamming of high repeat frequency is developed, and the results are in agreement with the theoretical analysis.
为研究激光高重频干扰对激光制导武器的干扰效果，研制了高重频干扰下的激光制导武器弹道仿真系统。
In order to study the efficiency of the laser-barrage-jamming to laser-guided weapon, the laser-guided weapon trajectory simulation system of laser-barrage-jamming was developed.
对于激光半主动制导武器，常规的角度欺骗方法有时难以有效干扰，因此高重频激光干扰技术受到了广泛重视。
For laser semi-active guidance weapon, routine methods of Angle cheat are difficult of effective interference, so the technology of high-repetition-frequency laser interference is thought much of.
试验结果表明，采用固态开关串联完全可取代传统的真空管开关，在高重频的大功率雷达发射机中稳定可靠工作。
The transmitter test results indicate that solid state switches could replace traditional vacuum switching tube and work reliably in high PRF high power radar transmitter.
试验结果表明，采用固态开关串联完全可取代传统的真空管开关，在高重频的大功率雷达发射机中稳定可靠工作。
The transmitter test results indicate that solid state switches could replace traditional vacuum switching tube and work reliably in high PRF high power radar transmitter.
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