Ultraviolet photodiodes

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54 Detectors Laser Diodes Measurement Technology Inhouse Fiber Optics Optics Production Laser Optics Laser Diodes Fiber Assemblies Avalanche Photodiodes Pulsed Laser Diodes Laser Modules UV Detectors NIR Detectors IR Detectors Pyro Detectors Thermopiles Position Sensitive

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In-house Production Laser Optics cw Laser Diodes Pulsed Laser Diodes Avalanche Photodiodes Fiber Assemblies Laser Modules Conversion Screens Detectors UV Detectors VIS Detectors NIR Detectors IR Detectors Pyro Detectors Thermopiles Position Sensitive Detectors Laser Diodes cw

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Avalanche Photodiodes The avalanche photodiodes from our inhouse production are well suited for the recognition of even the smallest amount of light, right down to single photons. They are mainly used for laser radar systems and biomedical applications. InGaAs Avalanche Photodiodes The In

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IR and UV Viewers High performance infrared (IR) and ultraviolet (UV) handheld viewers are designed to observe radiation emitted by IR and UV sources. They can be used to observe the indirect radiation of LEDs, diode lasers, Nd:YAG lasers, Ti:Sapphire lasers, excimer lasers, dye lasers

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LASER COMPONENTS Canada Inc., Canada Production of Pulsed Laser Diodes LASER COMPONENTS DG Inc., USA Production of Avalanche Photodiodes

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by LC Germany PLD/APD-Modules made by LC Germany Pulsed Laser Diodes made by LC Canada Avalanche Photodiodes made by LC USA

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is to be used must be known. For example, the integrated blocking value of a 340 nm filter in an optical system with a UV source and photomultiplier will be considerably better than the same filter used with a tungsten lamp and silicon photodiode. The spectral response of a UV source and PMT

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&D holographic laboratory; ? Full replication and lamination facilities; ? Full assembly, alignment and test facilities; ? Full complement of test equipment for spectral testing from the UV to the Far Infrared, for mechanical and flatness testing, for humidity and environmental testing; ? Extensive marking

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. SPECIFICATIONS Central wavelength tolerance.............................. ± 2 nm Half bandwidths....................................... 6.8 to 15.2 nm Half bandwidth tolerance................................. ± 1.5 nm Blocking range............................................ far UV to IR Blocking

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of radiation below the cut-on wavelength is due to absorption of the colorants in the glass and the thickness of the glass. Superior blocking in Optometrics filters (0.001%) is due to the use of 3 mm thick color glass. Long pass cut-on filters are widely used for additional blocking of UV radiation

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Page Interference Filters ers are augmented in high performance filters by the addition of color transmitting glass and custom dyes that absorb UV or long wavelength radiation. TEMPERATURE EFFECTS The central wavelength of an interference filter can shift with increasing or decreasing

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-aperture slit, modular cage systems and a range of microscope feet for optical height matching. Spectrograph/monochromator accessories Family of single point detectors used in conjunction with Andor Shamrock 500i and 750 for acquisition from UV with PMTs and silicon photodiode to LWIR (up to 12 ìm) region

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- 27 Extending Spectroscopy from UV into Short and Long-Wave IR through a range of single point detectors including a PMTs, Si photodiode, InGaAs, PbS, InSb and MCT. Softwarecontrolled data acquisition unit synchronizes simultaneously detectors, monochromators and motorised accessories. Scanning

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operate from the VUV to Near-Infrared spectral regions with a unique combination of high sensitivity (down to single photon in the case of EMCCD technology) and ultrafast acquisition speeds. Intensified CCD (ICCD) Combination of a CCD matrix with a fibre coupled Image Intensifier, which provides

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Page 60 Page 61 Cameras cont. Spectrographs Spectrographs cont. iXonEM+ DU-885K-C00-#VP EM, 1004x1002, 8 ìm, Virtual Phase, 35 MHz, -95ºC DU-888E-C00-#BV EM, 1024x1024, 13 ìm, BI + Vis AR coating, 10 MHz, -100ºC DU-888E-C00-UVB EM, 1024x1024, 13 ìm, BI + UV coating, 10 MHz, -100ºC DU-897E

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of prisms optical refractive index with temperature N2 purged Enables maximum throughput in the UV region Pre-aligned detector/spectrograph solution Enables fast, efficient experimental set-up Low F/number Highly efficient light collection Wide range of accessories available Including fibre optics

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100 www.lasercomponents.com LASER COMPONENTS Group Manufacturer Distributor Partner Detectors Laser Diodes Measurement Technology In-house Fiber Optics Optics Production Laser Optics cw Laser Diodes Pulsed Laser Diodes Avalanche Photodiodes Laser Modules Fiber Assemblies Conversion

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.. Minimal thermal drift .. Max. 3000 W bzw. 10 000 W .. Direkter Anschluss an PC via USB, inkl. Software .. 60 / 70 mm Apertur High Power Serie High Power Series .. A maximum of 3,000 W or 10,000 W .. Direct connection to a PC via USB, including software .. 60/70 mm aperture .. Von UV bis NIR

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Sampler Element 54 Beam Splitters 17 Biconcave Lenses for CO2 Lasers 12 Biconvex Lenses for CO2 Lasers 12 Broadband Isolators 43 C Calibration 81 CO2 Laser Optics 7 Conversion Screens 89 High Power 89 IR 700 ? 1600 nm 92 IR 780 ? 1700 nm 85 Low Power 92 UV 190 ? 390 nm 91 UV 250 ? 550 nm 93

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eingesetzte Glas. Durch die Cerium-Dotierung wird im UV eine spektrale Absorption erzeugt. Das Material transmittiert daher ausschließlich im VIS und IR und wird für Blitzlampen empfohlen. Die Transmissionskurve zeigt eine gute Transmission (T > 50 %) ab 370 nm. Synthetischer Quarz Bei synthetischem

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-suited for alignment tasks. UV Conversion Screens 190 ? 390 nm Our UV conversion screens convert UV laser beams from the 190 nm to 390 nm range into visible red light. The screens can be used for both pulsed and cw lasers and are usually used for excimer lasers, gas lasers, and frequency-tripled Nd:YAG lasers