红外技术
紅外技術
홍외기술
INFRARED TECHNOLOGY
2014年
6期
446-450,456
,共6页
黄江平%何雯瑾%袁俊%王羽%李玉英%杨登全
黃江平%何雯瑾%袁俊%王羽%李玉英%楊登全
황강평%하문근%원준%왕우%리옥영%양등전
紫外探测器%CdS晶片%抛光%红外透过率%表面粗糙度
紫外探測器%CdS晶片%拋光%紅外透過率%錶麵粗糙度
자외탐측기%CdS정편%포광%홍외투과솔%표면조조도
ultraviolet detector%CdS wafer%polishing%infrared transmission%surface roughness
介绍了叠层紫外/红外双色探测器结构特点、工作原理及选择CdS晶体材料制作紫外探测器光敏元的理论依据。阐述了 CdS 晶片制备及表面抛光质量的重要性和必要性。针对磨抛工艺对 CdS紫外探测器性能的影响进行了研究。对比了几种抛光液对晶片表面的抛光效果,并进行了扫描电镜、红外透过率和表面粗糙度分析,得到了抛光后晶片表面的扫描电子显微镜(SEM)照片和CdS晶片厚度与红外透过率的关系曲线及CdS晶片厚度与振动噪声的关系。通过理论和实践的结合,确定了最佳抛光材料及最佳晶片厚度,研制出了完全能满足紫外探测器工艺要求的CdS探测器晶片。
介紹瞭疊層紫外/紅外雙色探測器結構特點、工作原理及選擇CdS晶體材料製作紫外探測器光敏元的理論依據。闡述瞭 CdS 晶片製備及錶麵拋光質量的重要性和必要性。針對磨拋工藝對 CdS紫外探測器性能的影響進行瞭研究。對比瞭幾種拋光液對晶片錶麵的拋光效果,併進行瞭掃描電鏡、紅外透過率和錶麵粗糙度分析,得到瞭拋光後晶片錶麵的掃描電子顯微鏡(SEM)照片和CdS晶片厚度與紅外透過率的關繫麯線及CdS晶片厚度與振動譟聲的關繫。通過理論和實踐的結閤,確定瞭最佳拋光材料及最佳晶片厚度,研製齣瞭完全能滿足紫外探測器工藝要求的CdS探測器晶片。
개소료첩층자외/홍외쌍색탐측기결구특점、공작원리급선택CdS정체재료제작자외탐측기광민원적이론의거。천술료 CdS 정편제비급표면포광질량적중요성화필요성。침대마포공예대 CdS자외탐측기성능적영향진행료연구。대비료궤충포광액대정편표면적포광효과,병진행료소묘전경、홍외투과솔화표면조조도분석,득도료포광후정편표면적소묘전자현미경(SEM)조편화CdS정편후도여홍외투과솔적관계곡선급CdS정편후도여진동조성적관계。통과이론화실천적결합,학정료최가포광재료급최가정편후도,연제출료완전능만족자외탐측기공예요구적CdS탐측기정편。
This paper introduces the UV/IR detector structure characteristics, working principle, the theory basis of selecting cadmium sulfide for UV detector. The importance and necessity of selecting cadmium surface polishing quality were presented. The emphasis on the fabrication technology of CdS wafer of the mechanical lapping and polishing was described in details. The best polishing liquid and thickness of the CdS was achieved by comparing and analyzing the surface of wafers SEM photos, infrared transmission and roughness, which were lapped and polished by several polishing liquid.