光纤通信系统雪崩光敏二极管中作为填料材料的铅。
Cadmium as doping material in avalanche photodiodes (APDs) for the optical fiber communication systems.
以光敏二极管和光敏三极管的伏安特性作为设计实验的基础。
The volt-ampere characteristic property with photodiode and photosensitive audion is the basis designing an experiment's.
利用光敏三极管代替硅光电池和光敏二极管来测试单缝和双缝衍射的光强分布。
This paper introduces a new method to measure the intensity distribution of single seam diffraction by replacing the silicon photocell and light activated diode with light activated triode.
意识不能简单的衡量为信息的数量，他说，简单的把许多光敏二极管组合起来不足以产生意识。
Consciousness is not simply about quantity of information, he says. Simply combining a lot of photodiodes is not enough to create human consciousness.
为校准电路，首先断开或使输入光敏二极管变暗，以便A 1 A转换非交流信号。
To calibrate the circuit, first disconnect or obscure the input photodiode so that A1A converts no ac signal.
系统采取调制光源作为探测信号，采用光敏二极管面阵作为接收组件，大大提高了系统的灵敏度和抗干扰能力。
Modulated light is used as detecting signal in this system, photodiode area array is used as receiving module, which greatly improves the sensitivity and anti-interference ability of the system.
放大器输入为电压信号，与光敏二极管产生的光电流信号成比例。调制光柱以断路器同样的频率照射光敏二极管。
The amplifier input is a voltage proportional to the photocurrent signal produced by a photodiode, which is irradiated by a modulated light beam at the same chopper frequency.
这个被植入的薄片，大小是3乘3.1毫米，由一组38乘40的1500个光敏微成像二极管组成。
The implant consists of a tiny panel, 3 by 3.1 mm in size, containing a 38 by 40 array of 1,500 light-sensitive microphotodiodes.
基于红外发光二极管和光敏元件阵列的光电靶可以提高灵敏度，有效地增大靶面。
The photoelectric target based on LED and light sensitive element array could improve the sensitivity and enlarge the effective area.
为保证可靠和长寿命，采用了红外发光二极管（LED），光敏器件采用大功率光电池（PIN）。
To guarantee reliability and long service life, infrared LED and high power photocell (PIN) are adopted.
结果光敏式病毒灭活仪主要由亚甲蓝喷雾器、二极管电路和发光二极管点阵组成；
Results Photosensitive virus inactivator (PVI) mainly consists of MB sprayer, LED circuit and LED lighting matrix.
光敏三极管与发光二极管沿径向安装于端盖上形成测量头。
The phototransistor and the light emitting diode are arranged on the end cover along a radical direction to form a measurement head.
光敏三极管与发光二极管沿径向安装于端盖上形成测量头。
The phototransistor and the light emitting diode are arranged on the end cover along a radical direction to form a measurement head.
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