Request InfoTeledyne Princeton InstrumentsManufactured by Princeton Instruments, the ProEM professional-grade electron-multiplying (EM) CCD cameras are suitable for use in low-light applications in single-molecule fluorescence, astronomy and ion imaging. The 512 × 512 and 1024 × 1024 back-illuminated EMCCDs support both electron-multiplying and traditional readout ports. Features include a Gigabit Ethernet interface, a Bias Active Stability Engine and on-demand gain calibration that produces a linearized gain map. The all-metal-seal vacuum design provides deep cooling and low dark current. The cameras can be cooled with...See full productRelated content from Photonics MediaPRODUCTSPhotonics.com 5/22/2023Thermal Camera ModuleThe Boson+ CZ 14-75 camera module from Teledyne FLIR features a factory-integrated, high-performance, 14- to 75-mm continuous zoom lens to streamline the manufacturing supply chain. Used for...Photonics.com 8/3/2022CMOS CameraThe COSMOS™ camera from Teledyne Princeton Instruments Inc. is a 66-MP large-array device designed for astronomy applications. The deeply-cooled camera features LACera™ large-area...Photonics.com 4/20/2023Thermal CamerasThe Boson+ line of thermal cameras from Teledyne FLIR now features 24 compact models with resolutions of 320 × 256. The Boson+ line features a 12-µm pixel pitch thermal detector...Photonics Spectra September 2022 IssueMultispectral IR DetectorsThe Pega and Capyork multispectral linear array IR detectors from Lynred are designed for integration into imaging satellites, tracking and measurement instruments used in water cycle observation and...ARTICLESPhotonics.com 10/28/2022Adaptive Optics Elevates Ground-Based Telescopes’ Image QualityAfter starlight enters the atmosphere, it passes through layers of turbulence that grant the light a twinkling or flickering effect when viewed from Earth. 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