DSP芯片实验开发设计(可编辑).docVIP

毕业设计(论文) 论文题目 DSP芯片实验开发设计 姓名1（学号，专业）： 段腾飞 2010010301065 信息工程10 姓名2（学号，专业）：邓艳妮 2010010301066 信息工程10 姓名3（学号，专业）：陈 俊 2010010301069 信息工程10 所在学院 电子信息学院 指导教师 张正明 教 授 完成时间 2014年5月 电子科技大学中山学院教务处制发  DSP芯片实验开发设计 摘 要 随着科学技术的不断进步，整个国家自动化水平和信息化水平的长足发展，数字信号处理（DSP ）芯片是指数字信号微处理器，它适合于数字信号处理的软件和硬件资源。相比起单片机而言，它更适合于复杂的数字处理应用领域。近年来，DSP芯片发展迅速，性价比不断提高，广泛应用于家电、通信、电子、控制、航空航天、军事及生物医学产品等许许多多需要实时实现的领域中，成为数字化信息时代的核心引擎。 本设计项目从DSP的应用特点出发，对DSP芯片TMS320F2812展开了研究。基于对硬件资料和CCS3.3集成开发环境的熟悉，对芯片进行具有实际应用功能的综合设计。包括硬件设计和相应的应用软件的设计，其中包括LED显示控制、串行通信接口SCI、串行外设接口SPI、以及数据采集与处理等软件开发设计。通过对电路的设计、仿真和调试，进一步掌握DSP硬件开发技术。 关键词：DSP TMS320F2812 软件开发 The experimental design of DSP chip Abstract with the development of science and technology, rapid development of the national level of automation and informationization level, digital signal processing (DSP) chip is a particularly suitable for digital signal processing algorithms of the microprocessor, can realize various digital signal processing algorithms. In recent years, the DSP chip development is very rapid, price increases, has been widely used in automatic control, communication, electronics, aerospace, military and home appliance products, become the core components of an electronic product is very important. This design from the development and application of DSP point of view, on the DSP chip TMS320F2812 was studied in detail. The hardware information and the CCS3.3 integrated development environment based on the familiar, comprehensive design has practical function on chip. Including the design of hardware and software, including control, serial communication interface SCI, SPI serial peripheral interface, and data acquisition and processing software development and design of LED display. According to the design, circuit simulation and debugging, to further understand the DSP hardware development skills. Keywords：DSP TMS320F2812 software development 目 录