CS0615L20A/R48A Cooled LWIR Detector
The CS0615L20A/R48A is a cooled LWIR detector based on type-II superlattice (T2SL) technology. It combines a 640 × 512 array, 15 μm pixel pitch and a 7.8–10.4 μm spectral response for integration into infrared imaging equipment.
Specifications
Product overview
The CS0615L20A/R48A is a cooled LWIR detector based on type-II superlattice (T2SL) technology. It combines a 640 × 512 array, 15 μm pixel pitch and a 7.8–10.4 μm spectral response for integration into infrared imaging equipment.
The detector has a listed 100 Hz frame rate, NETD ≤30 mK and operability ≥99%. Cooldown is listed as ≤7 minutes and weight as ≤580 g. NETD describes sensitivity to temperature differences; it is not a calibrated temperature-measurement accuracy specification.
Technical specifications
| Detector technology | Cooled type-II superlattice (T2SL) |
|---|---|
| Array format | 640 × 512 |
| Pixel pitch | 15 μm |
| Spectral response | 7.8–10.4 μm |
| F-number | F/2 |
| Cryocooler maximum electrical input | ≤17 W DC over the specified temperature range |
| Cryocooler steady-state electrical input | ≤10 W DC at 77 K cold-end temperature and 23 °C ambient |
| NETD | ≤30 mK |
| Frame rate | 100 Hz |
| Cooldown | ≤7 min; confirm test conditions |
| Weight | ≤580 g |
| Operability | ≥99% |
Applications and integration
Application areas include industrial process monitoring, building heat-loss assessment and inspection of power or renewable-energy equipment. Night-vision and emergency-imaging development require validation under actual scene conditions; performance through smoke, rain or fog is not guaranteed by the wavelength band.
The electrical limits above apply to cryocooler input, not total detector-system or camera power. The ≤10 W DC steady-state limit applies specifically at 77 K cold-end temperature and 23 °C ambient. Confirm optics, readout and control interfaces, mechanical dimensions and acceptance conditions for the selected configuration.
Product Overview
The CS0615L20A/R48A is a cooled LWIR detector based on type-II superlattice (T2SL) technology. It combines a 640 × 512 array, 15 μm pixel pitch and a 7.8–10.4 μm spectral response for integration into infrared imaging equipment.
