A fiber optic recirculating memory loop operating at microwave frequencies

I. Koffman, P. Herczfeld, A. Daryoush, B. Even-or, R. Markowitz
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引用次数: 0

Abstract

The use of optical fibers as the delay line elements in high-frequency memory loops provides light-weight and small-size devices with long time delays. The authors present a performance analysis and experimental results on a 2-6 GHz fiber-optic recirculating delay line. It is shown that microseconds delays can be achieved using the fiber-optic memory loop (FOML) in the 2 to 6 GHz band. The main advantages of the FOML devices are long delay times, in excess of 100 mu s, a reduction in weight and size by an order of magnitude or more, and immunity to interference (electromagnetic interference and electromagnetic pulse).<>
一种在微波频率下工作的光纤循环存储器环路
在高频存储环路中使用光纤作为延迟线元件提供了具有长时间延迟的轻量化和小尺寸器件。给出了2- 6ghz光纤循环延迟线的性能分析和实验结果。结果表明,在2 ~ 6ghz频段使用光纤存储环路(FOML)可以实现微秒级延迟。FOML器件的主要优点是延迟时间长,超过100 μ s,重量和尺寸减少了一个数量级或更多,并且不受干扰(电磁干扰和电磁脉冲)。
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