KIRDB0056EA Search Results

Contextual Info: INFRARED DETECTOR PbSe photoconductive detector P791/P2038/P2680 series, P3207-05 Detection capability up 5 µm range TE-cooled type Hamamatsu provides various types of PbSe photoconductive cells including room temperature operation types and thermoelectrically cooled

photoconductive cells characteristic

Contextual Info: INFRARED DETECTOR PbSe photoconductive detector P791/P2038/P2680 series, P3207-05 Detection capability up 5 µm range TE-cooled type Hamamatsu provides various types of PbSe photoconductive cells including room temperature operation types and thermoelectrically cooled

Contextual Info: PbSe Photoconductive Cells Capable of Detecting to 5 ¡x m Range TE-cooled Types PbSe cells operates on the same principle as in PbS cells, but can be used to detect longer wavelengths up to or over 5 ¡x m. In particular, TE-cooled types ensure stable and reliable measurem ent over ex­

P9696

Abstract: DETECTOR FLAME P3207-07 C1103-04 C3757-02 P4245 P4639 A3179 A3179-01 P9696-02
Contextual Info: PbSe photoconductive detectors P9696 series P3207-07 Infrared detectors with fast response and high sensitivity in 5 Njm wavelength band Compared to other detectors used in the same wavelength regions, PbSe photoconductive detectors have faster response and

pyro charge

Abstract: InSb spectral response hamamatsu photocell "golay"
Contextual Info: Construction and Operating Characteristics Infrared radiation, d iscovered in 1800 by Sir W illiam H erchel, is electrom agnetic w aves in the w avelength range extending from 0.75 iirn to 1 0 0 0 /; m, in the range betw een visible light and m icrow aves.

Contextual Info: INFRARED DETECTOR PbSe photoconductive detector P791/P2038/P2680 series, P3207-05 Detection capability up 5 µm range TE-cooled type Hamamatsu provides various types of PbSe photoconductive cells including room temperature operation types and thermoelectrically cooled

photoconductive cells characteristic

Abstract: DETECTOR FLAME flame detector C3757-02 Radiation Detector C1103-04 C4696 P4245 gas detector A3179
Contextual Info: INFRARED DETECTOR PbSe photoconductive detector P791/P2038/P2680 series, P3207-05 Detection capability up 5 µm range TE-cooled type Hamamatsu provides various types of PbSe photoconductive cells including room temperature operation types and thermoelectrically cooled

thermistor 91

Contextual Info: INFRARED DETECTOR PbSe photoconductive detector P791/P2038/P2680 series, P3207-05 Detection capability up 5 µm range TE-cooled type Hamamatsu provides various types of PbSe photoconductive cells including room temperature operation types and thermoelectrically cooled

co2 detector

Contextual Info: PbSe photoconductive detectors P791/P2038/P2680 series P3207-07 Detection capability up to 5 m range TE-cooled type HAMAMATSU provides various types of PbSe photoconductive detectors including room temperature operation types and thermoelectrically cooled types. Cooled type PbSe photoconductive detectors offer higher sensitivity and improved S/N, and are widely

Contextual Info: Figure 12: Typical Spectral Response of PbS Cells PbS and PbSe Cells PbS and PbSe cells are photoconductive sem iconductors which de­ tect infrared radiation utilizing the fact that their resistance drops upon application o f incident infrared radiation. C om pared to other

P4115

Abstract: B1919 G5832-11
Contextual Info: PbSe Photoconductive Detectors Capable of detecting to 5 fim range TE-cooled types • High-speed response • Operates at room temperature Compared to other types of detectors used in the same wavelength range, PbSe cells have higher response speed and can also operate at

lem lt 100 p

Abstract: P791-01
Contextual Info: PbSe Photoconductive Detectors Capable of detecting to 5 pm range TE-cooled types • High-speed response • Operates at room temperature Com pared to other types o f detectors used in the same wavelength range, PbSe cells have higher response speed and can also operate at

Contextual Info: PbSe photoconductive detectors P9696 series P3207-07 Infrared detectors with fast response and high sensitivity in 5 Njm wavelength band Compared to other detectors used in the same wavelength regions, PbSe photoconductive detectors have faster response and

Contextual Info: Two-color detectors K1713/K3413-01, -002 Wide spectral response range from UV through IR The K1713/K3413-01, -002 have a bi-level structure in which an infrared transmitting Si photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

Infrared detectors

Abstract: dark detector application ,uses and working
Contextual Info: Compound semiconductor photosensors 1 InGaAs/GaAs PIN photodiodes 1-1 Characteristics 1-2 How to use 2 InGaAs APD 2-1 Operating principle 2-2 Characteristics 2-3 How to use CHAPTER 06 8 MCT HgCdTe photovoltaic detectors 8-1 Characteristics 8-2 How to use

Contextual Info: Two-color detectors K1713/K3413-01, -002 Wide spectral response range from UV through IR The K1713/K3413-01, -002 have a bi-level structure in which an infrared transmitting Si photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

pyroelectric PZT

Contextual Info: Construction and Operating Characteristics Infrared radiation, discovered in 1800 by Sir William H erchel, is •QUANTUM TYPE DETECTORS electrom agnetic waves in th e w avelength range extending from Q uantum type detectors feature high detectivity and high-speed

TO8 16 pin Peltier

Contextual Info: PbSe Photoconductive Cells Capable of Detecting to The 5 n m Range TE-cooled Types PbSe cells operates on the same principle as in PbS cells, but can be used to detect longer wavelengths up to or over 5 // m. In particular, T E -cooled types en su re stable and reliable m easurem ent o v e r ex ­