DSP应用：模糊界线仿真与实现

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DSP Applications: Blurring the Line Between Simulation and Implementation
 You are a DSP engineer tasked with designing and implementing a 15-band digital audio equalizer on a Texas Instruments™ (TI) DSP. You use MATLAB® to start the design process.
 From there, you can design your filters, test their frequency responses against performance requirements, and then simulate the entire equalizer system. You might assume that you must then switch from MATLAB to Code Composer Studio™, TI's real-time implementation environment. In this article, we'll show how MATLAB® Link for Code Composer Studio™ Development Tools makes this switch unnecessary because it connects MATLAB with TI Code Composer Studio and all supported TI DSPs, including C2800™, C5000™, and C6000™.
 Hardware Setup

DSP应用：模糊界线仿真与实现
 你是一个DSP的工程师，负责设计和实施了15波段数字音频均衡器上™德州仪器（ TI ）的DSP实现。您可以使用基于MATLAB ®开始设计过程。
 从那里，你可以设计你的过滤器，其频率响应测试的性能要求，然后模拟整个均衡系统。您可能认为您必须然后切换从MATLAB在的Code Composer Studio ™ ， TI的实时执行环境。在本文中，我们将展示如何基于MATLAB ®连接的Code Composer Studio ™开发工具使得这个开关不必要的，因为它连接基于MATLAB与TI的Code Composer Studio和所有支持的TI DSP ，包括C2800 ™ ， C5000 ™ ， C6000 ™ 。
 硬件安装
 德州仪器TMS320C6711的下游评估板
 德州仪器TMDX326040A子卡立体声模拟数字转换器（ ADC ）和数字模拟转换器（ DAC ）运行在48千赫兹
 个人电脑连接到下游通过德州仪器XDS - 560模拟器，提供之间的数据传输的主机和C6711 DSP的利率接近2 MB /秒

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