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安捷伦Agilent 8164B光波测量系统参数及应用场景

安捷伦Agilent 8164B光波测量系统‌ 是一款高性能的光学测试平台,广泛应用于光通信器件的研发与生产测试中。以下就是Agilent 8164B的参数和应用场景介绍。Agilent 8164B参数主机插槽配置:1个插槽用来安装可调谐激光源,4个插槽可容纳电源模块、回波损耗模块、紧凑型可调激光器和固定激光源。显示系统:图形彩色显示器,分辨率为640×480显示分辨率:0.0001dB/dBm、0.01pW和10pW波长精度:±0.015nm波长重复性:±0.5pm波长稳定性:<±1pm信号和源的自发发射比率:≥45dB/nm波长范围:1510-1640nm输出功率:﹢7dBm触发功能:所用通道同步,支持高达100kHz触发频率接口:LAN和GPIB工作温度:0℃-﹢35℃存储温度:﹣40℃-﹢70℃温度要求:10℃-35℃范围内的相对湿度<80%Agilent 8164B应用场景密集波分复用(DWDM)器件测试凭借高波长精度和低自发发射比,8164B 非常适合测试 DWDM 滤波器、复用/解复用器等关键组件,确保通道间串扰测量的准确性 。无源光器件特性分析内置“无源组件测试”应用,支持对光衰减器、光耦合器、光隔离器等进行自动化测试,提升研发效率 。光放大器性能评估搭配高功率可调谐激光模块(如 81682A),可为 EDFA、Raman 放大器提供稳定激励光源,配合功率计模块完成增益、噪声系数等关键参数测量 。偏振保持光纤与集成光路测试使用Panda PMF输出模块(如 81640A),可维持稳定的偏振状态,适用于波导器件、调制器等集成光学元件的特性表征 。自动化测试系统集成支持 GPIB、LAN远程控制及硬件触发,易于集成到ATE(自动测试设备)系统中,适用于批量生产环境下的快速校准与验证 。科研与教学实验平台作为多功能光学测试主机,常用于高校和研究机构的光子学实验,支持多种模块组合,灵活构建定制化测试方案 。
Key Words:Agilent 8164B8164B8164B光波测量系统
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