硅微电容传声器最近取得了突破性进展。
A great breakthrough had been made recently in silicon condenser microphone domain.
最终我们研制成具有防粘结构的硅微电容传声器。
Finally, the silicon condenser microphone with this anti-stiction structure was fabricated successfully.
本文对驻极体电容传声器的原理及噪声作了分析，这将有助于提高它的电特性。
The principle of electret condenser microphone and its noise are analyzed in the paper. It will be helpful to improve the electric specification.
该电路涉及到放大、滤波、电平抬升等电路，并给出了安全设计问题，利用驻极体电容传声器来拾取心音信号。
It also gives a safety design problem analysis using an electret capacitor microphone to pick-up the heart sound signals.
形成的一个电容性安排的一部分的多个梳齿可以制成该差动式传声器膜片的一部分。
Comb fingers forming a portion of a capacitive arrangement may be fabricated as part of the differential microphone diaphragm.
形成的一个电容性安排的一部分的多个梳齿可以制成该差动式传声器膜片的一部分。
Comb fingers forming a portion of a capacitive arrangement may be fabricated as part of the differential microphone diaphragm.
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