Flashlamps PerkinElmer Optoelectronics is the world leader in the design and production of flashlamps. An ideal choice for many lighting applications, including photography, warning beacons, reprographics, and pump sources for solid state lasers, PerkinElmer’s flashlamps provide high brightness, long life and high efficiency with a spectral output range covering the UV through the IR. The flashlamps operate at extremely high energy levels and exceptionally high repetition rates.
PerkinElmer Guided Arc Xenon Flashlamps are unconfined arc flashlamps which produce microsecond duration pulses of broadband light of high radiant intensities. Capable of operating at high repetition rates, these small flashlamps generate light over a continuous spectrum from ultraviolet to infrared. Exceptional arc stability and life characteristics will make this series of flashlamps indispensable in precision photometry, radiometry, and spectroradiometry.
Flashlamps Xenon guided arc
Xenon Flashlamps
Part number
Product Description
FX-1100
Short arc Xenon, microsecond pulse
FX-4400
High output Xenon, up to 60W average power
RSL3100
Miniature Guided arc Xenon, up to 2W
FX-xxx
Low power lamps - contact Pacer for more details
When coupled with PerkinElmer Trigger Modules and highly regulated-low ripple power supplies, the short arc flashlamps make ideal sources of pulsed light for absorption analysis, immunoassay systems, fluorescent photometers, spectroradiometry, liquid chromatography, gas chromatography, colorimetry and ultraviolet applications. A broad range of flashlamp, trigger modules, and power supply configurations are available to satisfy the most demanding application.
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New BAC151 Video Microscope Sampling System for Portable Raman Microscopy Date: 23 Oct 2008 The BAC151 video microscope adapter enables portable Raman microscopy, bringing microscopic Raman analysis out of the lab to wherever it’s needed. When coupled with B&WTek’s portable Raman spectrometers, this video microscope system provides the advantages of Raman microscopy at a fraction of the cost of most research instruments.