1. Firstly, this article yses the receiver's structure and realization of intermediate frequency digital signal processing.

本文分析了导航接收机的结构和中频数字信号处理的方式，进而对接收机数字信号处理平台的组成各部分AD9226、Stratix EP1S40、TMS320C6713进行了详细地阐述。

2. In the standard test, it was found that the dustiness of nanopowder was much higher than submicro-powder. The average inhalable, thoracic and respirable dustiness mass fraction in mg/kg and the dustiness level of TiO2 nanopowder were 6713±546, 576±37 and 15±2, respectively, and were 142±20, 73±6 and 11±0.3 for ZnO submicro-powder.

在传统标准方法的测试结果发现奈米粉体的逸散性比次微米粉体高出很多，TiO2奈米粉体逸散时的可吸入性粉尘、胸腔区粉尘和可呼吸性粉尘质量分率分别为6713±546、576±37和15±2 mg/kg，扬尘等级分别为高等、中等以及低等。

3. Finally, DSP module simulation based on TMS320C6713 DSK was demonstrated in detail.

最后，利用TMS320C6713DSK 为硬件平台，对系统中的DSP 模块进行了模拟和仿真。

6713

4. This paper introduces the design of some general External Memory Intece and the DSP in modulation domain and pulse yzer, and it provides the program of EDMA and the setting of the registers.

介绍了调制域及脉冲中使用的DSP(TMS320C6713)和几种常用外部存储器接口设计，并结合实际系统给出EDMA设计的程序，和寄存器的设置。

5. Aiming at the character of TMS320C6713, the paper yzes and discusses the implement approach of controller, at last points out system composition, and given corresponding principle block diagram.

针对TMS320C6713的特点，从系统的角度分析并探讨了调节器的实现途径，并给出了相应的原理框图。tms320c6713

6. Finally the dissertation uses DSP to carry on the implementation about the meteorological facsimile signal digital demodulation module.

最后设计了基于DSP(TMS320C6713)的气象传真信号数字解调模块。

本文来自电脑杂谈，转载请注明本文网址：

http://www.pc-fly.com/a/ruanjian/article-33871-1.html