激光与红外
激光與紅外
격광여홍외
LASER & INFRARED
2014年
3期
261-264
,共4页
半导体恒温制冷%红外探测器%漂移%校零
半導體恆溫製冷%紅外探測器%漂移%校零
반도체항온제랭%홍외탐측기%표이%교령
constant cooling by thermo-conductor%infrared detector%voltage floating%zero-calibration
对三级半导体制冷HgCdTe红外探测器信号输出不一致性和信号漂移产生原因进行深入分析与研究，并说明使其输出一致与信号稳定的必要性，着重论证了调整偏置电流对探测器输出的影响，并采用校零技术，信号合成与还原技术等对抑制漂移的基本方法。
對三級半導體製冷HgCdTe紅外探測器信號輸齣不一緻性和信號漂移產生原因進行深入分析與研究，併說明使其輸齣一緻與信號穩定的必要性，著重論證瞭調整偏置電流對探測器輸齣的影響，併採用校零技術，信號閤成與還原技術等對抑製漂移的基本方法。
대삼급반도체제랭HgCdTe홍외탐측기신호수출불일치성화신호표이산생원인진행심입분석여연구，병설명사기수출일치여신호은정적필요성，착중론증료조정편치전류대탐측기수출적영향，병채용교령기술，신호합성여환원기술등대억제표이적기본방법。
Aiming at the problem of signal floating and non-consistency of the three-stage thermoelectrically cooled photoconductive (PC)HgCdTe Infrared detectors,the causes are analyzed and studied.The necessity of output consis-tency and signal stabilization is pointed out.This paper focuses on the influence of adjusting the bias current on the output voltage.It is used the zero-calibration technology,the signal synthesis and the restoring technology to eliminate and control the voltage floating .
