因为频率响应为稳态响应，所以系统必须是稳定且其稳定性必须在绘制伯德图之前确定。
Since the frequency response is a steady-state response, the system must be stable and its stability must be determined before the system Bode plots can be used.
得到并分析了传感器的升温激活时间、响应性能和电动势输出以及在不同波动频率下的波形图。
The basic functions such as light-off-time, electromotive force output, response time and oscillograph trace under four different frequencies are obtained and analysed.
通过对不同泄漏条件下的系统频域响应图进行对比分析，总结出不同泄漏条件对于频率响应图中最大峰值位置的影响。
The frequency response diagram under different leakage conditions are analysis. The influence of different leakage conditions on the peak value in frequent response diagram is summarized.
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