Request InfoPCO-TECH Inc.Designed for fluorescence lifetime imaging microscopy in the frequency domain, a camera system from PCO AG features a novel charge-swing sensor. The pco.flim offers 1008 × 1008 resolution. With two bins per pixel, the camera can be switched at up to 40 MHz, allowing light information to be sampled over time. The camera may be synchronized with the modulation of excitation light, allowing detection of delays <100 ps between excitation light and fluorescence. The camera is suitable for biomedical research applications including cell research and molecular medicine.See full productRelated content from Photonics MediaPRODUCTSPhotonics.com 11/16/2022sCMOS CameraThe Sona-6 back-illuminated sCMOS camera from Andor Technology can be used for life science research and detection in challenging, light-starved imaging applications. 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Both of these terms describe the process of...Photonics HandbookSuperresolution Microscopy: An Imaging RevolutionSuperresolution optical microscopy, for which the Nobel Prize was awarded to Eric Betzig, Stefan Hell, and William Moerner in 2014, has been one of the most momentous developments in the life...Photonics HandbookUltraviolet Reflectance Imaging: ApplicationsReflected-ultraviolet imaging is a rather mysterious area of the imaging field. 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This white paper explores the...WEBINARSPhotonics.com 11/20/2019Frequency-Domain Fluorescence Lifetime Imaging: System Improvements and ApplicationsSince the introduction of the first frequency-domain fluorescence lifetime imaging microscopy (FD-FLIM) pco.flim camera in 2014, this camera system has been applied to many different areas, from FRET...Photonics.com 4/14/2016FLIM (Fluorescence Lifetime Imaging in the Frequency Domain) in a NutshellJoin us for a free webinar presented by PCO! Due to advancements in CMOS image sensor technology a new camera system, pco.flim, has been created to allow for easy and fast fluorescence (and...Photonics.com 5/19/2020Squeezing More Out of Light: Innovative Approaches to Time-Resolved Flow CytometryIn this webinar, presenter Giacomo Vacca, Ph.D., founder and president of Kinetic River, will discuss recent advances in time-resolved methods of flow cytometry and how these advances are being...Photonics.com 10/18/2023Advancing and Extending the Spectral Range for Imaging in Fluorescence MicroscopyFluorescence microscopy has revolutionized life sciences by enabling researchers to study biological samples with exceptional precision. New excitation and illumination light sources and scientific...PHOTONICS DICTIONARY+ TERMSPhotonics Dictionaryfluorescence lifetime imagingFluorescence lifetime imaging (FLIM) is an advanced imaging technique that provides information about the lifetime of fluorescence emissions from fluorophores within a sample. Unlike traditional...Photonics Dictionarysingle-photon avalanche diodeA single-photon avalanche diode (SPAD) is a specialized type of photodetector designed to detect extremely weak optical signals, down to the level of single photons. SPADs are widely used in...Photonics Dictionarytime-correlated single photon countingTime-correlated single photon counting (TCSPC) is a technique used in photon counting applications, particularly in the field of experimental physics, biophysics, and fluorescence lifetime imaging...Photonics Dictionarytime-to-amplitude converterA time-to-amplitude converter (TAC) is an electronic circuit that converts a time interval between two events into an amplitude or voltage signal. 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We believe knowledge is power and always strive to deliver valuable insight with our technology...Photonics Buyers' GuideBAE Systems Sensor SolutionsExpanding upon the storied Fairchild Imaging legacy, we offer a wide range of imaging devices that provide our customers with top performance and key features for the most demanding applications. Our...