But, PIN detector thickness is limited, thus we used the parallel method.
但是，PIN探测器厚度有限，因而采用并联方法。
Because the lithium drifting detector has the noise in a big way, unstable and so on the weakness, we have used the ion implantation PIN detector on the new generation of instrument.
由于锂漂移型探测器有噪声大、不稳定等弱点，我们在新一代仪器上采用了离子注入型pin探测器。
Efficiency enhanced si PIN detector and high sensitivity, large area si PIN detectors array has been developed and their sensitivity and relative error have also been simulated comprehensively.
提出了一种效率增强型硅pin探测器和新型高灵敏大面积硅pin探测器阵列的设计思想，并且对它们的探测灵敏度和相对误差进行了详细的理论模拟计算。
The experimental system used a LD as light source, a PIN as detector, and a PC to acquire output signal and data process.
实验系统采用LD为信号光源，PIN管为光电检测器，并利用PC机对信号进行数据采集和处理。
The system is mainly composed of a Si PIN photo electrical detector and WTA electrical network.
该网络系统主要由非晶硅半导体PIN光电探测阵列和“胜者全取”电子网络组成。
Adopting large area Si-PIN detector and adding the polyethylene film, a fast response pulsed neutron detector is manufactured.
采用大面积的平面工艺硅pin探测器，并结合聚乙烯片，研制了快响应的脉冲中子探测器。
Finished the fabrication of PIN photo-detectors, and a good performance photo-detector have been fabricated.
成功完成了PIN光电探测器的工艺制作，并制备出性能较好的器件。
The quantum efficiencies of PIN photo-detector before and after using UV glue are tested respectively, and the light transmission characteristic is still tested.
通过对引入紫外胶前后探测器量子效率的测试与对比，论证了紫外胶在半导体探测器制作工艺中的可用性。
A high-power laser diode module is used as the light source, and a PIN photodiode with high performance is used as the photo-detector.
以高功率半导体激光器作为光源，同时采用高性能的PIN型光电二极管作为光电探测器。
A high-power laser diode module is used as the light source, and a PIN photodiode with high performance is used as the photo-detector.
以高功率半导体激光器作为光源，同时采用高性能的PIN型光电二极管作为光电探测器。
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