相位厚度偏差对近红外探测器增透涂层性能的影响

B. Gyoch, P. Mashkov, Stanislav Penchev
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引用次数: 1

摘要

研究了用于半导体光敏器件(离散光接收器、ccd相机、现代安全系统等)光谱范围为0.9 μm ~ 1.7 μm的宽带增透(AR)涂层的计算机辅助设计问题。在实际应用中,在多层涂层的沉积过程中,往往会出现涂层厚度的偏差,从而使涂层的增透性能恶化。了解相厚偏差对基材- AR涂层体系透射谱的影响是十分重要的。分析结果表明,当相位厚度发生偏差时,六层结构具有最低的反射和较高的稳定性。
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Phase thickness deviations' influence on properties of antireflection coatings for near infrared detectors
Investigation deals with problems of computer-aided design of wide-band antireflection (AR) coatings for semiconductor photosensitive devices (discrete photo receivers, CCD-cameras, modern security systems and others) for spectral region 0.9 μm - 1.7 μm. In practice during deposition of multilayer coatings some deviations of desired coatings' thicknesses always occurs which worsens antireflection properties of the coatings. It is important to know how the phase thickness deviations influence on transmission spectrum of the system: substrate - AR coating. As a result of the analysis it is shown that six-layer structure possesses the lowest reflection and high stability when phase thickness deviations' occurs.
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