可调延时器数据集

数据内容：基于多级光学全通滤波器实现可调延时功能，对应任务书研究成果四，考核指标包括延时量≥1ns，功率抖动≤0.3dB，功耗≤100mW/ns，损耗≤30dB/ns。 采集方案：基于安捷伦激光器Agilent 81606A和矢量网络分析仪KeysightN4373E等仪器测试分别获取芯片射频幅度和延时响应，分析其延时量、功率抖动、功耗和损耗。 时间及地点：2024年12月18日，上海交大平湖智能光电研究院 设备情况：Agilent 81606A，KeysightN4373E，Agilent 81636B，keithley 2280S, EOSPACE 40G调制器Data Content: The dataset realizes a tunable time-delay function based on multi-stage optical all-pass filters, corresponding to the fourth research achievement specified in the project task specification. The assessment indicators are: time delay ≥ 1 ns, power jitter ≤ 0.3 dB, power consumption ≤ 100 mW/ns, and insertion loss ≤ 30 dB/ns. Data Acquisition Scheme: Tests were conducted using instruments including Agilent 81606A laser source and Keysight N4373E vector network analyzer to separately obtain the radio frequency amplitude and time-delay response of the chip, and analyze its time delay, power jitter, power consumption and insertion loss. Time and Location: December 18, 2024, Pinghu Institute of Intelligent Optoelectronics, Shanghai Jiao Tong University Equipment List: Agilent 81606A, Keysight N4373E, Agilent 81636B, Keithley 2280S, EOSPACE 40G modulator