And it also supports Echo cancellation and noise suppression.
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2. 描述两个可加强双耳在杂讯中理解语音的因子。
Describe two factors that contribute to binaural advantages in speech intelligibility in noise.
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3. 如何抑制背景杂讯？
How to suppress the background?
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4. 电视上太多杂讯了。
There is too much static on the TV screen.
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5. 在这实验，相位杂讯和时序抖动被进一步做分析。
The SSB phase noise and timing jitter are further analyzed in this experiment.
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6. 它有一个信号杂讯比(信噪比)的至少有75分贝。
It has a signal-to-noise ratio (SNR) of at least 75 dB.
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7. 定义背景杂讯。
Define the background.
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8. 由于输出电压低，所以使用时几乎不会产生电气杂讯。
Veru low feneration of electrical noise due to low-voltage output.
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9. 文章中讨论支持向量机与基础追踪去杂讯法之间的关系。
This is the paper in which the relation between SVM and BPD is studied.
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10. 阻值范围宽，提供优越emi抑制特性，适用于各种杂讯。
Available in a wide range of impedance values providing excellent EMI suppression characteristics for various types of noise.
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11. 计算信号对于杂讯的比例大小以显示你的提议是可以成理的。
Compute the signal to noise ratio to show what you propose is plausible.
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12. 双绕组型式的共模扼流线圈结构能抑制杂讯而不造成讯号的衰减。
The dual winding type common mode choke coil structure enables noise suppression without degrading the signal.
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13. COMS系列在数位设备上信号线所产生的辐射可有效的抑制杂讯。
The COMS series is effective for common mode noise suppression in digital equipment which causes radiation from cables.
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14. 这几次资源拥抱工业远景提供复杂讯息的在方面一简单，以及相同样式。
This resource embraces an industrial perspective as it provides complex information in a simple, and uniform style.
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15. 本课程也计划介绍半导体元件的杂讯模型以及光电元件于光纤通讯的应用。
The course is also intended to introduce students to noise models for semiconductor devices and to applications of optoelectronic devices to fiber optic communications.
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16. 这个系列的产品能有效抑制高频杂讯而且适合抑制由讯号电缆所辐射的杂讯。
The series is effective in high frequency noise suppression and suitable for radiation noise in signal cables.
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17. 高速讯号线和个人电脑及电脑周边的高密度组装之电子设备的共模杂讯抑制。
Common mode noise suppression of signal lines in high speed and high density digital equipment as personal computers and peripherals.
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18. 在本论文中，我们提出了一个有效的方式把振荡频率提高且有不错的杂讯表现。
In this thesis, we brought out an effective method capable of raising maximum oscillation frequency with good phase noise.
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19. 在本论文中，我们提出了一个有效的方式把振荡频率提高且有不错的杂讯表现。
In this thesis, we brought out an effective method capable of raising maximum oscillation frequency with good phase noise.
