High-Dynamic Range Cameras
The HDR-IR infrared cameras are optimized for highly contrasted scenes. These cameras utilize a unique 24-bit detector architecture and on-chip saturation management capability to capture a maximum snapshot dynamic range of 900 degrees in a single image. This allows for the simultaneous characterization of subtle thermal gradients and intense heat sources without the drawbacks of traditional multi-exposure techniques.
High-Dynamic Range Cameras
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Description
The HDR family of cameras is optimized for high dynamic range performance when presented with scenes containing strong thermal contrast.
The HDR M700 signifies a revolutionary upgrade to in-scene dynamic range capabilities available to thermal imaging systems. This all-new camera features a 24-bit architecture and an advanced on-chip saturation management solution to enable measurements of extremely wide temperature ranges in a single snapshot image. Traditional MW thermal cameras can typically measure a range of about 100-150 degrees in a single image using a single exposure time. The advanced design of the HDR M700 allows for a measurement range of approximately 900 degrees in a single exposure time snapshot, allowing for efficient imaging of hot and cold objects simultaneously.
Technical Information
Midwave Series (MWIR) | |||||||
|---|---|---|---|---|---|---|---|
| Spectral range (µm) | Detector Type | Maximum Full Frame Rate (Hz) | Maximum Frame Rate in Subwindow (Hz) | Spatial Resolution (px) | Pixel Size (µm) | Number of Filters | |
HDR M700 | 3.0 - 5.0 | SLS | - | - | 640 x 512 | - | 4 |