2005
DOI: 10.1117/12.603905
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Novel low-cost uncooled infrared camera (Invited Paper)

Abstract: ПРЕОБРАЗОВАТЕЛЬ ИК-ИЗЛУЧЕНИЯ НА БАЗЕ МИКРОРЕЗОНАТОРОВ ФАБРИ ПЕРОАннотация Предлагаетс метод преобразовани информации из одной области оптического спектра в другую на базе микрорезонаторов Фабри -Перо, использующий излучение, падающее от какого-либо объекта, как воздействующее на материал микрорезонатора (который должен поглощать это излучение и видимое излучение оптической части спектра как зондирующее, или считывающее (поглощение этого излучени материалом микрорезонатора должно отсутствовать . Поглощенна энер… Show more

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Cited by 11 publications
(5 citation statements)
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“…The SOI diode technology explained in Section 2.5 is a typical example. The thin‐film ferroelectric , bi‐material , and thermo‐optical IRFPAs are other examples of alternative technologies. Although they challenged the microbolometer's dominance and made considerable inroads, the microbolometer seems unthreatened and continues to hold the leading position in uncooled IRFPA technology.…”
Section: Basicsmentioning
confidence: 99%
“…The SOI diode technology explained in Section 2.5 is a typical example. The thin‐film ferroelectric , bi‐material , and thermo‐optical IRFPAs are other examples of alternative technologies. Although they challenged the microbolometer's dominance and made considerable inroads, the microbolometer seems unthreatened and continues to hold the leading position in uncooled IRFPA technology.…”
Section: Basicsmentioning
confidence: 99%
“…The NETDfor Thermal Microscope According to the definition [6], NETD is formed as NETD / AT Fig.3. The photo ofthe digital thermal microscope (4) Where VIV. is the signal to noise ratio of the image, AT is the temperature difference between blackbody and background.…”
Section: The Costruction Of the Thermal Microscopementioning
confidence: 99%
“…The path of ray ofthe micro thermal imaging If the operating wavelength of thermal microscope is in the range of[Al,4]…”
mentioning
confidence: 99%
“…Several groups have focused their research on uncooled infrared imaging devices with optical readout. [2][3][4][5][6] In the fabrication of such FPAs, they utilize sacrificial layer technology to process the bi-material sensors that are anchored onto the silicon substrate. The sensing unit is suspended over the substrate, typically at a distance of about 2 $ 3 lm.…”
Section: Introductionmentioning
confidence: 99%