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针对光纤水听器阵列的具体情况,提出了一种以TI的F206型DSP为控制和数据采集中心,利用1×4光开关来实现4路光纤水听器时分复用的方案。采用该方案提高了光功率的利用率,简化了系统结构。
Aiming at the specific situation of optical fiber hydrophone array, a scheme of time division multiplexing of 4-fiber optical hydrophone with 1 × 4 optical switch is proposed based on TI’s F206 DSP as the control and data acquisition center. The use of the program to improve the utilization of optical power, simplifying the system structure.