Small Pixel High Definition (SPHD) IR Cameras continue to improve in performance, resolution, and yield. SPHD product adoption is helping drive important performance goals such as sensitivity, resolution and other features. We report on continued developments of high-resolution small pitch infrared camera system technology developed at Cyan Systems. We highlight demonstrated imaging capability from two recent, large format, infrared focal plane array architectures. Specifically, we present results from our full-high-definition (FHD) 5-micron pixel CS-3 camera now capable of broadband (~0.7 – 5.0 micron) wavelength sensitivity. We show more results from our newest digital readout integrated circuit (DROIC) small pixel mid-wave infrared camera with ultra-high-definition (3840 x 2160) format, and Cyans CS-3 full-high-definition (1920 x 1080) Broadband IR camera.
A small, hand held, battery operated imaging infrared spectrometer, Sherlock, has been developed by Pacific Advanced Technology and was field tested in early 2003. The Sherlock spectral imaging camera has been designed for remote gas leak detection, however, the architecture of the camera is versatile enough that it can be applied to numerous other applications such as homeland security, chemical/biological agent detection, medical and pharmaceutical applications as well as standard research and development. This paper describes the Sherlock camera, theory of operations, shows current applications and touches on potential future applications for the camera. The Sherlock has an embedded Power PC and performs real-time-image processing function in an embedded FPGA. The camera has a built in LCD display as well as output to a standard monitor, or NTSC display. It has several I/O ports, ethernet, firewire, RS232 and thus can be easily controlled from a remote location. In addition, software upgrades can be performed over the ethernet eliminating the need to send the camera back to the factory for a retrofit. Using the USB port a mouse and key board can be connected and the camera can be used in a laboratory environment as a stand alone imaging spectrometer.
A small, hand held, battery operated imaging infrared spectrometer, Sherlock, has been developed by Pacific Advanced Technology and was field tested in early 2003. The Sherlock spectral imaging camera has been designed for remote gas leak detection, however, the architecture of the camera is versatile enough that it can be applied to numerous other applications such as homeland security, chemical/biological agent detection, medical and pharmaceutical applications as well as standard research and development.
This paper describes the Sherlock camera, theory of operations, shows current applications and touches on potential future applications for the camera. The Sherlock has an embedded Power PC and performs real-time-image processing function in an embedded FPGA. The camera has a built in LCD display as well as output to a standard monitor, or
NTSC display. It has several I/O ports, ethernet, firewire, RS232 and thus can be easily controlled from a remote location. In addition, software upgrades can be performed over the ethernet eliminating the need to send the camera back to the factory for a retrofit. Using the USB port a mouse and key board can be connected and the camera can be
used in a laboratory environment as a stand alone imaging spectrometer.
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