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Mercury cadmium telluride MCT (HgCdTe) uncooled photoelectric magnetic infrared photovoltaic detector 2.0-12.0um

The PEMI series is an MCT infrared photovoltaic detector based on the photoelectric magnetic effect, and uses optical immersion to improve the performance of the detector. The incident light will cause the electron hole pairs generated by the semiconductor inside the detector to move under the action of a magnetic field. This device has the best detection performance at 10.6 μ m and is a large photosensitive surface detector particularly suitable for detecting continuous wave and low-frequency modulated radiation. This detector is installed in a special packaging containing magnetic circuits inside. The 3 ° wedge-shaped zinc selenide anti reflective coating (wZnSeAR) window can prevent unnecessary interference and pollution.

Product PN#	product name	Response wavelength range	size of photosensitive surface	Other parameters
MCT-PEM-10.6-2×2	2.0-12.0um uncooled electromagnetic MCT infrared photovoltaic detector PEM series	2-12μm	2mm×2mm		Add Inquiry
MCT-PEMI-10.6-2×2	2.0-12.0um non cooled optical immersion electromagnetic MCT infrared photovoltaic detector PEMI series	2-12μm	2mm×2mm		Add Inquiry

Infrared photoconductive detector 1-16um in mercury cadmium telluride MCT (HgCdTe)

The infrared photodetector in mercury cadmium telluride (MCT) is an electrically cooled infrared photodetector based on a complex MCT heterostructure, which has good performance and stability. The detector achieves excellent performance at λ opt. The starting wavelength can be optimized as needed. Reverse bias can significantly improve response speed, dynamic range, and performance at high frequencies, but the 1/f noise present in bias devices may reduce performance at low frequencies. The 3 ° wedge-shaped sapphire (wAl2O3) or zinc selenide anti reflective coating (wZnSeAR) window can prevent unnecessary interference effects.

Product PN#	product name	Response wavelength range	photosensitive area
MCT-PC-10.6-1X1	1-12um MCT non cooled photoconductive detector PC series	1-12μm	1x1mm	Add Inquiry
MCT-PC-2TE-6-1X1	1-14um MCT two-stage thermoelectric cooling infrared photoconductive detector	1-14μm	1x1mm	Add Inquiry
MCT-PC-3TE-9-1X1	1-15um MCT mid infrared photoconductive detector three-stage thermoelectric cooling PC-3TE series	1-15μm	1x1mm	Add Inquiry
MCT-PC-4TE-9-1X1	1-16um MCT four stage thermoelectric cooling infrared photoconductive detector PC-4TE series	1-16μm	1x1mm	Add Inquiry
MCT-PCI-2TE-5-2×2	1-15um mid infrared immersion MCT two-stage TE cooled photoconductive detector PCI-2TE series	1-15μm	2×2mm^2	Add Inquiry
MCT-PCI-3TE-9-2×2	1-15um mid infrared immersion MCT three-level TE cooled photoconductive detector PCI-3TE series	1-15μm	2×2mm^2	Add Inquiry
MCT-PCI-4TE-9-2×2	1-16um Mid Infrared Immersion MCT Four Stage TE Cooling Photoconductive Detector PCI-4TE Series	1-16μm	2×2mm^2	Add Inquiry
MCT-PCI-5-2×2	1-12um mid infrared non cooled light immersion MCT photoconductive detector PCI series	1-12μm	2×2mm^2	Add Inquiry
PCI-2TE-5-1x1-TO8-wAI2O3-36	1-15um mid infrared immersion MCT two-stage TE cooled photoconductive detector PCI-2TE series TO8	1-15μm	1×1mm^2	Add Inquiry
PCI-2te-9-1x1-wAI2O3	1-15um mid infrared immersion MCT two-stage TE cooled photoconductive detector PCI-2TE series TO8 (with gallium arsenide lens)	1-15μm	1×1mm^2	Add Inquiry

HgCdTe Multi junction Photovoltaic Detector 2.0-13.0um

The mercury cadmium telluride MCT (HgCdTe) photovoltaic multi junction detector is based on a complex HgCdTe heterostructure, and optical immersion is used to improve the device parameters in order to achieve optimal performance and stability. This detector has been optimized to obtain Max at λ opt Performance. They are suitable for large optical area detectors operating internally with a spectral range of 2.0 to 13.0 µ m. The 3 ° wedge-shaped zinc selenide anti reflective coating (wZnSeAR) window can prevent unnecessary interference effects.

Product PN#	product name	Response wavelength range	size of photosensitive surface
MCT-PVM-2TE-10.6	10.6um MCT mid infrared two-stage TE cooled multi junction photovoltaic detector PVM-2TE series	2-12μm	1mm×1mm	Add Inquiry
MCT-PVM-2TE-8	8um MCT mid infrared two-stage TE cooled multi junction photovoltaic detector PVM-2TE series	2-12μm	1mm×1mm	Add Inquiry
MCT-PVMI-2TE-8-1×1	2-12um MCT Mid Infrared Two Stage TE Cooling Light Immersion Multi junction Photovoltaic Detector PVMI-2TE Series	2-12μm	1mm×1mm	Add Inquiry
MCT-PVMI-3TE-8-1×1	2-12um MCT mid infrared three-level TE cooled light immersed multi junction photovoltaic detector PVMI-3TE series	2-12μm	1mm×1mm	Add Inquiry
MCT-PVMI-4TE-10.6-1×1	10.6um MCT mid infrared four level TE cooled light immersion multi junction photovoltaic detector PVMI-4TE series	2-13μm	1mm×1mm	Add Inquiry
MCT-PVMI-4TE-8-1×1	2-13um MCT mid infrared four level TE cooled light immersion multi junction photovoltaic detector PVMI-4TE series	2-13μm	1mm×1mm	Add Inquiry
MCT-PVMI-8-1×1	2-12um MCT mid infrared uncooled light immersed multi junction photovoltaic detector PVMI series	2-12μm	1mm×1mm	Add Inquiry
microM-10.6	2-12 µ m mercury cadmium telluride MCT (HgCdTe) miniaturized uncooled multi junction photovoltaic detector	2-12μm	1mm×1mm	Add Inquiry

Mercury cadmium telluride MCT (HgCdTe) uncooled infrared photovoltaic/photoconductive multi-channel quadrant detector 1-12um

An infrared detector with an effective surface composed of two or more elements. This product includes quadrant geometry detectors based on photodiodes and photoconductors. Very suitable for defense and security applications as well as XY or differential measurements. PVMQ is an uncooled infrared photovoltaic multi junction quadrant detector based on complex HgCdTe heterostructures, with the best performance and stability. The quadrant detector consists of four independent active elements arranged in a quadrant geometry. This device has been optimized for the highest performance of 10.6 µ m. The main applications of PVMQ detectors are laser beam profiling and positioning. PCQ is an uncooled infrared photoconductive quadrant detector based on complex HgCdTe heterostructure, which has the best performance and stability The stability quadrant detector consists of four independent active elements arranged in a quadrant geometry. The device has been optimized for maximum performance at 10.6 µ m. The detector should operate in the optimal bias voltage and current readout mode.

Product PN#	product name	Peak wavelength	spectral response	Other parameters
MCT-PVMQ-10.6-1×1	2-12um uncooled multi junction photovoltaic MCT multi-channel quadrant detector	10.6μm	2-12μm		Add Inquiry
MCT-PCQ-10.6-1×1	1-12um uncooled photoconductive MCT quadrant detector	10.6μm	1-12μm		Add Inquiry

Infrared Photovoltaic Detector 2-13um in HgCdTe MCT

The infrared photovoltaic detector in mercury cadmium telluride (MCT) is an electrically cooled infrared photodetector based on a complex MCT heterostructure, which has good performance and stability. The detector achieves excellent performance at λ opt. The starting wavelength can be optimized as needed. Reverse bias can significantly improve response speed, dynamic range, and performance at high frequencies, but the 1/f noise present in bias devices may reduce performance at low frequencies. The 3 ° wedge-shaped sapphire (wAl2O3) or zinc selenide anti reflective coating (wZnSeAR) window can prevent unnecessary interference effects.

Product PN#	product name	Wavelength Range
MCT-PVI-4TE-3-1×1	2-12um MCT mid infrared four level TE cooled optical immersion photodetector PVI-4TE series	2-12μm	Add Inquiry
MCT-PVI-3TE	2-12um MCT mid infrared three-level TE cooled optical immersion photodetector PVI-3TE series	2-12μm	Add Inquiry
MCT-PVI-2TE-3-1×1	2-12um MCT mid infrared two-stage TE cooled optical immersion photodetector PVI-2TE series	2-12μm	Add Inquiry
MCT-PV-4TE-3-0.1×0.1	2-12um MCT mid infrared four level TE cooled infrared photodetector PV-4TE series	2-12μm	Add Inquiry
MCT-PV-3TE-3-0.1×0.1	2-12um MCT mid infrared three-level TE cooled infrared photodetector PV-3TE series	2-12μm	Add Inquiry
MCT-PV-2TE-3-0.1×0.1	2-12um MCT mid infrared two-stage TE cooled infrared photodetector PV-2TE series	2-12μm	Add Inquiry
MCT-PVI-3-1×1	2.5-6.5um MCT mid infrared uncooled photodetector PVI series	2.5-6.5μm	Add Inquiry
MCT-PV-3-0.1×0.1	2.5-6.5um MCT mid infrared uncooled photodetector PV series	2.5-6.5μm	Add Inquiry
MCT-PVM-8-1×1	2-13 um MCT mid infrared uncooled multi junction photovoltaic detector PVM series	2-13μm	Add Inquiry
PVI-2TE-5-1×1-TO8-wAl2O3-36	2.9-5.5um MCT mid infrared secondary TE cooled optical immersion photodetector PVI-2TE-5	2.9-5.5um	Add Inquiry