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1·Frequency resolution 1 Hz, also suitable for extremely narrowband tests.

第1赫兹的频率，也适用于极为窄带测试。

2·The frequency resolution and the character of real-time are also discussed.

同时对其频率分辨率和实时性进行了讨论。

3·In STFT is window is of finite length, and we no longer have perfect frequency resolution.

快速傅立叶变换用到的窗宽度长度有限，因此不能获得完美的频率分辨率。

4·Fine frequency resolution requires a small reference frequency and a correspondingly small loop bandwidth.

高的频率分辨率要求低的参考频率，这就相应地要求环路的带宽比较窄。

5·Improving (i. e. reducing) the frequency resolution may help if you encounter issues of data transfer bandwidth.

提高频率还可以遇到带宽数据溢出时帮助我们。

6·This system has adopted the algorithm of digital down convert FFT, so the frequency resolution is improved greatly.

使用先进的数字信号处理器，缩减了分立元件的数量，提高了系统的稳定性和扫频的速度；

7·It can get not only high time-frequency resolution, but also parametric description of all kinds of data structures.

它不仅可以获得较好的时频分辨率，而且可以参数化描述任何类型的数据。

8·This algorithm can achieve high frequency resolution and reduce the search range of MUSIC algorithm's spectral peak.

该算法可得到较高的频率分辨率，并减少了MUSIC算法的谱峰搜索范围。

9·Zoom complex envelope is formed by zoom technique applied to complex envelope in order to increase the frequency resolution.

细化复包络谱是将细化技术应用到复包络谱上，可以提高频率分辨力。

10·It has the properties of high time-frequency resolution and energy concentration as well as tracking instantaneous frequency etc.

它具有很高的时频分辨率、能量集中性和跟踪瞬时频率等特性。