光电探测器制备工艺流程及工艺参数数据

面向光电探测器规模化制备与工艺优化需求建设，背景是制备工艺流程和参数是器件性能的核心保障，需明确各工艺节点的影响，为了保证产品质量、生产效率以及设备的正常运行等，所需要控制的一系列具体的数据和条件。产生方法通过实验记录探测器从外延片到成品的各工艺步骤（光刻、刻蚀、金属化、封装等）及关键参数（刻蚀深度、金属厚度、退火温度等），并关联器件性能。主要记录详细的工艺流程步骤、各步骤工艺参数范围及最优值，以及对应器件的性能验证数据。意义在于为工艺复制、良率提升、性能优化提供完整的工艺参考。包含完整的工艺流程文档及配套的工艺参数关联数据。This dataset was developed to address the requirements of large-scale manufacturing and process optimization for photodetectors. The fabrication process flows and parameters are core guarantees for device performance, and it is critical to clarify the influence of each process node. To ensure product quality, production efficiency, and the stable operation of production equipment, a series of specific data and control conditions must be established. The dataset is generated by experimentally recording each process step (including photolithography, etching, metallization, packaging, etc.) and key parameters (such as etching depth, metal film thickness, annealing temperature, etc.) of the detector from the epitaxial wafer to the final finished product, and correlating these with the device's performance metrics. It primarily documents detailed process flow procedures, the value ranges and optimal values of process parameters for each step, as well as the corresponding device performance verification data. The significance of this dataset is to provide comprehensive process references for process replication, yield improvement, and performance optimization. The dataset includes complete process flow documentation and supporting correlated process parameter data.

搜集汇总

背景与挑战

背景概述

该数据集聚焦光电探测器制备工艺流程及工艺参数，通过实验详细记录了从外延片到成品的各工艺步骤（如光刻、刻蚀、金属化等）及其关键参数（如刻蚀深度、退火温度），并关联器件性能验证数据。其核心价值在于为工艺复制、良率提升和性能优化提供完整的工艺参考，支持规模化制备与优化需求。