Brand: Edinburgh Instruments | Category: Nanotechnology
X-ray sample chamber that connects to an FLS1000 or FS5 by liquid light guide, so scintillator samples can be excited with x-rays and their UV, visible or near infrared emission measured by the spectrometer. Both steady state and pulsed operation are supported, which gives radioluminescence spectra and decay times.
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Purpose built spectrometer configurations assembled by Edinburgh Instruments where a standard catalogue instrument does not meet the experiment. These are specified with the customer around the required wavelength range, timing regime and sample environment.
Upgrade that couples a microscope to an FLS1000 or FS5 spectrometer, so photoluminescence spectra and lifetimes can be taken from a selected point on a sample rather than from a bulk volume. It turns the spectrometer into a combined spectroscopy and microscopy system.
Andor's iXon platform is a dedicated ultrasensitive EMCCD camera family engineered to draw the best from electron multiplying CCD technology across every critical performance parameter. Two sensor formats are offered, the 1024 x 1024 iXon 888 for field of view, sensitivity and speed, and the 512 x 512 iXon 897 for sensitivity and speed, each available in Ultra and Life platforms. iXon Ultra adds a conventional CCD amplifier, integrated shutter, CameraLink direct data access, single photon counting modes and cooling to -100 °C, while iXon Life is aimed exclusively at fluorescence microscopy with cooling to -80 °C. Both platforms are compatible with SRRF-Stream + real time super-resolution, which typically improves resolution by 2 to 6 fold, giving 50-150nm final resolution.