经过在不同操作系统上的测试表明，该音频分析仪具有可扩展性好、适应性强、成本低廉、准确度高等优点。
After testing on different operating systems, the result shows that the audio analyzer has advantages of good scalability, adaptability, low cost, high accuracy and so on.
利用软件工程中的结构化思想将虚拟式音频分析仪的设计分为采集、分析、显示、辅助及控制共五个部分，并分别以软件模块的形式加以实现。
Using structurization thought in software engineering, the design of virtual audio analyzer is divided into five parts, which are data acquisition, analysis, displaying, auxiliary and control.
典型的寿命测试系统包括一台通信分析仪、电源、一个手机控制器、音频测试仪器和一台数字多用表（DMM）。
A typical lifetime test system includes a communication analyzer, power supplies, a handset controller, audio test instruments, and a DMM.
利用pc机强大灵活的数据处理及编程能力，构造了语音频谱分析仪的虚拟面板和显示视窗。
The virtual panel and display window of the digital voice signal spectrometer is built up by using the flexible data processing function and powerful programmability of PC.
利用pc机强大灵活的数据处理及编程能力，构造了语音频谱分析仪的虚拟面板和显示视窗。
The virtual panel and display window of the digital voice signal spectrometer is built up by using the flexible data processing function and powerful programmability of PC.
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