CAJ | 학술논문

介绍了一种基于TMS320F2812的音频频率扫频仪的设计方法，对各模块的设计原理进行了介绍，详细分析了扫频信号发生模块中SGEN软件模块的工作原理和使用方法，并给出了整个系统的软件设计流程。通过某带阻网络对系统的测试表明，设计的音频扫频仪具有准确度高、灵活性高、实时性强和成本低的特点，可完全满足一般应用需要。
개소료일충기우TMS320F2812적음빈빈솔소빈의적설계방법，대각모괴적설계원리진행료개소，상세분석료소빈신호발생모괴중SGEN연건모괴적공작원리화사용방법，병급출료정개계통적연건설계류정。통과모대조망락대계통적측시표명，설계적음빈소빈의구유준학도고、령활성고、실시성강화성본저적특점，가완전만족일반응용수요。
Based on TMS320F2812 audio frequencies Sweep design methodology, design principles of each module were introduced, a detailed analysis of the sweep signal generator module works and how to use SGEN software modules, and gives the software design process of the whole system. Through a network of systems with resistance tests show that the design of audio scanner has a high accuracy, high flexibility, real-time performance and low cost, can fully meet the needs of general application.