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

搜集汇总

背景与挑战

背景概述

该数据集基于多级光学全通滤波器实现可调延时功能，通过安捷伦激光器和矢量网络分析仪等设备测试芯片的射频幅度与延时响应，获取延时量、功率抖动、功耗及损耗等关键指标。数据覆盖国家重点研发计划项目成果，适用于微波光子与半导体器件领域的研究与验证。