精品文档---下载后可任意编辑1GSsCMOS 并行模数转换器的设计与仿真讨论的开题报告摘要随着现代通信技术和信息技术的快速进展，模数转换器已经成为现代通信系统和数字信号处理系统中不可或缺的核心部件。目前，由于其快速性、可重复性和低功耗性能，基于 CMOS 技术的并行模数转换器已经成为讨论的热点。因此，本文提出了设计一种 1GSs CMOS 并行模数转换器的方案，并进行系统级仿真和性能分析的讨论。本文首先介绍了模数转换器的基本工作原理和分类，并重点介绍了并行模数转换器的原理和特点；然后，分析了当前讨论中并行模数转换器的主要问题和应对措施；接着，详细介绍了 1GSs CMOS 并行模数转换器的设计原理和方法，并讨论了系统级仿真结果和性能分析数据。最后，结合已有的讨论成果，总结了本文的设计方案的创新之处，并提出了未来工作的展望。关键词：模数转换器；并行模数转换器；CMOS 技术；系统级仿真；性能分析。AbstractWith the rapid development of modern communication technology and information technology, the analog-to-digital converter has become an indispensable core component in modern communication systems and digital signal processing systems. At present, parallel analog-to-digital converters based on CMOS technology have become a research hotspot due to their fast, repeatable and low power performance. Therefore, this paper proposes a scheme to design a 1GSs CMOS parallel analog-to-digital converter and conduct research on system-level simulation and performance analysis.This paper first introduces the basic working principle and classification of analog-to-digital converters, and focuses on the principle and characteristics of parallel analog-to-digital converters; then, it analyzes the main problems and countermeasures of parallel analog-to-digital converters in current research; Then, the design principles and methods of 1GSs CMOS parallel analog-to-digital converters are introduced 精品文档---下载后可任意编辑in detail, and the system-level simulation results and performance analysis data are discussed.Finally, combined with existing research results, the innovative aspects of the design scheme in this paper are summarized, and the prospect of future work is proposed.Keywords: analog-to-digital converter; parallel analog-to-digital converter; CMOS technology; system-level simulation; performance analysis.
