32x32光开关阵列芯片

32x32光开关阵列芯片的图像、传输损耗、消光比、传输光谱、操作视频。 激光器发出连续光输入光开关芯片，测试输出端口出的光功率和光谱，从而得到插入损耗和消光比。 使用任意波形产生器产生5KHz方波信号，加载到光开关的热电极进行调节，输出光信号通过光电转换以后送入示波器，得到开关速度。 测试得到32×32光开关芯片的消光比、插入损耗、开关速度、传输的光谱，以及显微镜下的照片和操作视频。This dataset includes images, transmission loss, extinction ratio, transmission spectrum, and operational video of the 32×32 optical switch array chip. The testing procedures are as follows: First, continuous-wave light emitted by a laser is input into the optical switch chip, and the optical power and spectrum at the output ports are measured to derive the insertion loss and extinction ratio. Second, a 5 kHz square wave signal is generated by an arbitrary waveform generator (AWG), loaded onto the thermal electrodes of the optical switch for adjustment, and the output optical signal is converted through photoelectric conversion before being fed into an oscilloscope to obtain the switching speed. Additional tests are conducted to acquire the extinction ratio, insertion loss, switching speed, transmission spectrum, microscopic images, and operational video of the 32×32 optical switch chip.

搜集汇总

背景与挑战

背景概述

该数据集提供了32x32光开关阵列芯片的测试数据，包括图像、传输损耗、消光比、传输光谱和操作视频等。它通过实验测量了芯片的插入损耗、开关速度等关键性能参数，支持相关技术的研究与应用。