该系统可以或许同时支集AE信特点参数和波形(Transient Recording-TR)数据，可检测到的频率规模从kHz到MHz。所用传感器为VS-RIC型传感器，其频率规模为～kHz， 中间频率为kHz。
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同时，状态参数和波形的实时监测显示窗口更进一步地提高了临床应用的直观性和有效性。
Meanwhile, the current status and the waves during stimulation will be displayed in window real-time, which improved the visualization and availability in medical application.
另外，还对滤波器的结构和参数对输出直流电压脉动和发电机相电流波形的影响及相电流谐波进行了仿真分析。
In addition, the thesis analyzes the influence of the filter structure and parameters on the output DC voltage ripple and the shape of phase currents, as well as harmonics of phase currents.
分析和数值模拟了用瞬态简并四波混频实现光学啁啾反转的器件的主要参数对恢复信号波形和脉冲宽度能力的影响。
The influence of the principal parameters of optical chirp reversal devices on ability to restore signal wave form and pulse duration has been analysed and simulated.
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