首页> 外文会议>Holographic Systems, Components and Applications, 1993., Fourth International Conference on >Photorefractive adaptive transmission system: all optical signal modulation and amplified phase conjugation
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Photorefractive adaptive transmission system: all optical signal modulation and amplified phase conjugation

机译:光折变自适应传输系统:全光信号调制和放大的相位共轭

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摘要

The operational principles of an adaptive transmitter system based on the combined action of two photorefractive crystals, an amplifier and a phase conjugator have been presented. The system is capable of generating amplified, phase-modulated, phase-conjugate signals of low-intensity probe signal fields. The generation of amplified PC replicas is seen to be limited to within a specific range of low input signal intensities. This coincides with a useful region in which efficient optical phase modulation at frequencies greatly exceeding the characteristic response of the PR materials can be performed. The overall system is seen to preserve its real time phase-conjugation behavior and can thus be characterised as an all-optical adaptive transmission system.
机译:已经介绍了基于两个光折晶体,放大器和相位缀合的组合作用的自适应变送器系统的操作原理。该系统能够产生低强度探针信号场的放大,相位调制的相位共轭信号。看到放大的PC副本的产生被限制在低输入信号强度范围内。这与一个有用的区域一致,其中可以执行在极大超过PR材料的特征响应的频率下有效的光学相位调制。可以看到整个系统以保持其实时相位缀合行为,因此可以表征为全光学自适应传输系统。

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