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MODEL FOR THE TEMPORAL-STABILITY ANALYSIS OF SYNCHROSCAN STREAK CAMERA MEASUREMENTS

机译:同步条纹相机测量的时间稳定性分析模型

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In synchronical streak camera measurements with actively mode-locked lasers, the temporal resolution is considerably better when the synchronization is generated by the laser itself(active configuration) than in the case in which the deflection is obtained from the mode-locker oscillator (passive configuration). These well-known experimental results are interpreted by means of a simple model that includes random fluctuations of the laser and electronic-oscillator periods. Comparison with experimental results clearly indicates that in the active device the timing properties of the camera are limited by the interpulse jitter. Conversely, this suggests that one may take advantage of implementing the passive configuration in order to measure the instantaneous time-phase fluctuations of the mode-locker oscillator directly. (C) 1995 Optical Society of America [References: 12]
机译:在使用主动锁模激光器的同步条纹相机测量中,当由激光器本身(主动配置)生成同步时,与从锁模振荡器获得偏转(被动配置)的情况相比,时间分辨率要好得多。 )。这些众所周知的实验结果可以通过一个简单的模型来解释,该模型包括激光和电子振荡器周期的随机波动。与实验结果的比较清楚地表明,在有源设备中,摄像机的定时特性受到脉冲间抖动的限制。相反地​​,这表明人们可以利用无源配置来直接测量锁模振荡器的瞬时时相波动。 (C)1995年美国眼镜学会[参考文献:12]

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