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A heat signature, or infrared energy, is emitted by every item. An Extended Wavelength Camera , also called a thermal imager, detects and quantifies an object’s infrared energy.
The infrared data is transformed by the camera into an electronic image that displays the target object’s apparent surface temperature. A unique detector chip (sensor array) that houses thousands of detector pixels arranged in a grid serves as the target for infrared energy focused by an optical system within an Extended Wavelength Camera.
The infrared energy focused on each sensor pixel causes it to react, creating an electrical signal. The camera processor uses each pixel’s signal to do a mathematical computation and build a color map of the object’s perceived temperature. varying temperatures
The Global Extended Wavelength Camera Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The C-RED 2 ER is an Extended Wavelength Camera high-speed InGaAs scientific camera that enables: high-speed (600Hz full frame) imaging, high sensitivity (readout noise of 60 e-)from high QE. 1.4 to 2.1µmImportant characteristics: Extended Wavelength Camera increased range.
When compared to typical InGaAs-based detectors, C-RED 2 ER exhibits a change in sensitivity from 1300 to 2200 nm. C-RED 2 ER can now pursue new applications thanks to this! A unique correcting map created at the factory.
The extended range detector-specific sensor flaws are immediately fixed, providing extremely excellent image quality. First Light Imaging created the repair file. Real-time corrections. Bad pixel correction and a two-point Non Uniformity Correction (bias and gain) can be used in addition to the factory-built correction map.
The Camera Link Full interface is used by C-RED 2. Two data wires are required for this protocol. A complete SDK and GUI are given for specified grabbers for which the camera has been designed and tested: Teledyne Dallas (Celera-CL + PX8 Full), Matrox Radiant (ev-CL), and ETD The USB 3.1 Gen 1 interface (USB-C connector) is compatible with C-RED 2.
The C-RED 2 is identified in this arrangement as a composite USB device (control + acquisition interface).The integration time can be changed from 20 seconds to 1/fps, and the acquisition speed can be adjusted from 0.01 to 600 fps. different readout modes that are available Before a reset phase, the complete frame is read in a single read (with CDS).The user must define a number of numerous non-destructive reads that correlate to a single integrated multiple readout (IMRO).
