The photomultiplier tube converts the optical signal into an electrical signal which is recorded by the micro current amplification.
光电倍增管将光信号转换成电信号,经微电流放大纪录下来。
The most important technique is voltage amplifier design in study of micro current measurement on condition that noise is restrained.
在微电流测量技术中,主要是考虑在有效抑制噪声的条件下对从微电流转换来的电压信号放大方法的研究。
Traditional storage methods are low temperature storage, low density electrolyte storage, water flooding storage, dehydrated storage, micro current charge storage and time charge storage, etc.
传统储存方法有:低温储存、低密度电液储存、注水储存、沥干储存、涓流充电储存、定期充电储存等。
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