频率覆盖范围10-60GHz，中心频率35GHz，旁瓣抑制比≥10.3dB，采样率200GS/s的任意波形产生芯片数据

任意波形产生芯片可应用于无线通信、电子对抗和雷达探测等领域。本设计基于可重构片上光谱整形器，经过波长-时间映射，实现了10-60 GHz的频率分立可调信号。数据产生方式为实验试验，将映射后的信号经过高速光电转换直接接入频谱仪读取其对应的频率值，数据总量8.25MB。

Arbitrary waveform generation chips have applications in fields such as wireless communications, electronic warfare, and radar detection. This design is based on a reconfigurable on-chip optical spectral shaper, and achieves discrete frequency-tunable signals in the range of 10–60 GHz via wavelength-time mapping. The dataset was generated through experimental tests: the mapped signals were directly input into a spectrum analyzer via high-speed optoelectronic conversion to read their corresponding frequency values, with a total dataset size of 8.25 MB.

搜集汇总

背景与挑战

背景概述

该数据集包含任意波形产生芯片的实验数据，芯片基于可重构片上光谱整形器技术，实现10-60GHz频率范围的分立可调信号，中心频率为35GHz，旁瓣抑制比不低于10.3dB，采样率达200GS/s。数据总量为8.26MB，共32个文件，来源于国家重点研发计划项目，应用于无线通信、电子对抗和雷达探测等光子学与集成光学领域。