研究生课程教学大纲 0608047103《高速数据采集及处理技术》教学大纲 课程 课程中 编号 0608047103 高速数据采集及处理技术 学时 40 文名称 ☑学位课 课程 课程英 口非学位课 文名称 High Speed Data Acquisition and Processing 学分 2 性质 口其他 开课 口春 适用学科 适用 ☑硕士 仪器科学与技术、控制工程 时间☑秋 (类别) 学生 口博士 先修课程 模拟电路，数字电路，数字信号处理 开课单位 自动化工程学院 大纲撰写人 杨扩军 大纲审稿人 制（修）定时间 2019.5 课程简介（中英文） 《高速数据采集及处理技术》是仪器科学与技术、仪器仪表工程及相近专业的一门综 合性课程。该课程从工程实践出发，以构建采样率高于10GSPS,输入信号带宽高于1GHz 的高速宽带数据采集系统为目标，使学生掌握高速数据采集中所涉及的信号调理、采样时钟 产生、高速数据传输及存储、数据处理等关键技术；通过用于提高采样率和输入带宽的 TIADC、IADC及DBI等先进方法的学习，掌握在现有器件限制条件下如何突破采样率及 输入带宽等关键指标。 本课程根据仪器科学与技术和仪器仪表工程人才培养目标、新技术发展与应用的需求而 开设，是仪器类专业的核心课程：同时，由于高速数据采集在通信、雷达、遥感及核物理等 电子系统中也有重要应用，故该课程可以作为全校众多相关专业的选修课程。也是深入培养 学生运用工程基础知识解决复杂工程技术问题能力的一门重要课程。 High Speed Data Acquisition and Processing Technology)is a comprehensive course of instrument science and technology,instrument engineering and similar specialty.Starting from the engineering practice,the goal of this course is to build a high-speed data acquisition system with sampling rate higher than 10 GSPS,input signal bandwidth higher than 1 GHz.Make the students master the signal conditioning,sampling clock generating,high-speed data transmission and storage, data processing and other key technologies involved in the high-speed data acquisition;By studying the advanced methods such as TIADC,FIADC and DBI,let how to break the key indicators such as sampling rate and bandwidth under the existing device constraints are mastered. This course is the core course of instrument specialty,which is developed according to the student training objectives of Instrument Science and Technology and Instrument Engineering,the demand of the technology development and application. Meanwhile,due to the wide use of high speed data acquisition in the electronic systems such as communication,radar,remote sensing and nuclear physics,so this course can be used as an elective course for many related majors in the university.It is also an important course to cultivate students ability to use engineering basic研究生课程教学大纲 1 0608047103《高速数据采集及处理技术》教学大纲 课程 编号 0608047103 课程中 文名称 高速数据采集及处理技术 学时 40 课程 性质 学位课 □非学位课 □其他 课程英 文名称 High Speed Data Acquisition and Processing 学分 2 开课 时间 □春 秋 适用学科 (类别) 仪器科学与技术、控制工程 适用 学生 硕士 □博士 先修课程 模拟电路，数字电路，数字信号处理 开课单位 自动化工程学院 大纲撰写人 杨扩军 大纲审稿人 制(修)定时间 2019.5 课程简介（中英文） 《高速数据采集及处理技术》是仪器科学与技术、仪器仪表工程及相近专业的一门综 合性课程。该课程从工程实践出发，以构建采样率高于 10GSPS，输入信号带宽高于 1GHz 的高速宽带数据采集系统为目标，使学生掌握高速数据采集中所涉及的信号调理、采样时钟 产生、高速数据传输及存储、数据处理等关键技术；通过用于提高采样率和输入带宽的 TIADC、FIADC 及 DBI 等先进方法的学习，掌握在现有器件限制条件下如何突破采样率及 输入带宽等关键指标。 本课程根据仪器科学与技术和仪器仪表工程人才培养目标、新技术发展与应用的需求而 开设，是仪器类专业的核心课程；同时，由于高速数据采集在通信、雷达、遥感及核物理等 电子系统中也有重要应用，故该课程可以作为全校众多相关专业的选修课程。也是深入培养 学生运用工程基础知识解决复杂工程技术问题能力的一门重要课程。 《High Speed Data Acquisition and Processing Technology》is a comprehensive course of instrument science and technology, instrument engineering and similar specialty. Starting from the engineering practice, the goal of this course is to build a high-speed data acquisition system with sampling rate higher than 10 GSPS, input signal bandwidth higher than 1 GHz. Make the students master the signal conditioning, sampling clock generating, high-speed data transmission and storage, data processing and other key technologies involved in the high-speed data acquisition; By studying the advanced methods such as TIADC, FIADC and DBI, let how to break the key indicators such as sampling rate and bandwidth under the existing device constraints are mastered. This course is the core course of instrument specialty, which is developed according to the student training objectives of Instrument Science and Technology and Instrument Engineering, the demand of the technology development and application. Meanwhile, due to the wide use of high speed data acquisition in the electronic systems such as communication, radar, remote sensing and nuclear physics, so this course can be used as an elective course for many related majors in the university. It is also an important course to cultivate students ability to use engineering basic