MCT Detectors
They offer the highest performance out of all discovered materials suitable for Infrared detection. MCT structures are optimized for MWIR (3-6μm) and LWIR (8-16μm) ranges.
https://vigo.com.pl/en/products-vigo/
產品規格：
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Check to | Name | Material | Type | Immersion | Cooling | Wavelength | Package | Window | Detectivity | Time constant |
MCT | Photoconductive | Non-immersion | No | 4 | BNC | No | ≥2,0x109 | ≤12000 | ||
MCT | Photoconductive | Non-immersion | No | 5 | BNC | No | ≥1,0x109 | ≤5000 | ||
MCT | Photoconductive | Non-immersion | No | 6 | BNC | No | ≥3,0x108 | ≤500 | ||
MCT | Photoconductive | Non-immersion | No | 9 | BNC | No | ≥2,0x107 | ≤10 | ||
MCT | Photoconductive | Non-immersion | No | 10,6 | BNC | No | ≥9,0x106 | ≤3 | ||
MCT | Photoconductive | Non-immersion | Two-stage | 4 | TO8 | wedged Al2O3 | ≥2,0x1010 | ≤30000 | ||
MCT | Photoconductive | Non-immersion | Two-stage | 5 | TO8 | wedged Al2O3 | ≥1,0x1010 | ≤20000 | ||
MCT | Photoconductive | Non-immersion | Two-stage | 6 | TO8 | wedged ZnSe AR coated | ≥3,0x109 | ≤4000 | ||
MCT | Photoconductive | Non-immersion | Two-stage | 9 | TO8 | wedged ZnSe AR coated | ≥4,5x108 | ≤40 | ||
MCT | Photoconductive | Non-immersion | Two-stage | 10,6 | TO8 | wedged ZnSe AR coated | ≥1,4x108 | ≤10 | ||
MCT | Photoconductive | Non-immersion | Two-stage | 12 | TO8 | wedged ZnSe AR coated | ≥4,5x107 | ≤3 | ||
MCT | Photoconductive | Non-immersion | Two-stage | 13 | TO8 | wedged ZnSe AR coated | ≥2,3x107 | ≤2 | ||
MCT | Photoconductive | Non-immersion | Three-stage | 9 | TO8 | wedged ZnSe AR coated | ≥1,0x109 | ≤60 | ||
MCT | Photoconductive | Non-immersion | Three-stage | 10,6 | TO8 | wedged ZnSe AR coated | ≥2,5x108 | ≤20 | ||
MCT | Photoconductive | Non-immersion | Three-stage | 12 | TO8 | wedged ZnSe AR coated | ≥9,0x107 | ≤5 | ||
MCT | Photoconductive | Non-immersion | Three-stage | 13 | TO8 | wedged ZnSe AR coated | ≥6,0x107 | ≤4 | ||
MCT | Photoconductive | Non-immersion | Four-stage | 9 | TO8 | wedged ZnSe AR coated | ≥2,0x109 | ≤80 | ||
MCT | Photoconductive | Non-immersion | Four-stage | 10,6 | TO8 | wedged ZnSe AR coated | ≥3,5x108 | ≤30 | ||
MCT | Photoconductive | Non-immersion | Four-stage | 12 | TO8 | wedged ZnSe AR coated | ≥2,0x108 | ≤7 | ||
MCT | Photoconductive | Non-immersion | Four-stage | 13 | TO8 | wedged ZnSe AR coated | ≥1,0x108 | ≤6 | ||
MCT | Photoconductive | Non-immersion | Four-stage | 14 | TO8 | wedged ZnSe AR coated | ≥6,0x107 | ≤5 | ||
MCT | Photoconductive | Immersion | No | 4 | BNC | No | ≥6,0x109 | ≤12000 | ||
MCT | Photoconductive | Immersion | No | 5 | BNC | No | ≥4,0x109 | ≤5000 | ||
MCT | Photoconductive | Immersion | No | 6 | BNC | No | ≥1,0x109 | ≤500 | ||
MCT | Photoconductive | Immersion | No | 9 | BNC | No | ≥1,0x108 | ≤10 | ||
MCT | Photoconductive | Immersion | No | 10,6 | BNC | No | ≥8,0x107 | ≤3 | ||
MCT | Photoconductive | Immersion | Two-stage | 4 | TO8 | wedged Al2O3 | ≥4,0x1010 | ≤30000 | ||
MCT | Photoconductive | Immersion | Two-stage | 5 | TO8 | wedged Al2O3 | ≥2,0x1010 | ≤20000 | ||
MCT | Photoconductive | Immersion | Two-stage | 6 | TO8 | wedged ZnSe AR coated | ≥1,0x1010 | ≤4000 | ||
MCT | Photoconductive | Immersion |