Quasar-UltraCool™ High Performance Spectrometers

High Performance Spectrometers Similar Searches: Raman Probes , Raman Lasers, Raman Microscopes, Portable Raman Analyzers , Raman Libraries Quasar-UltraCool spectrometers offer high-performance spectroscopy measurements in a compact form factor. The newest member to our StellarElite line combines our high throughput Quasar optics for 10x optical gain and Low Dark Current (LDC) detector technology to provide lower background noise than is possible with traditional font/back-illuminated detectors. Quasar-UltraCool’s CCD detector is vacuum sealed and cooled to -60 °C with peak quantum efficiencies of up to 95%! The Quasar-UltraCool is available in a variety of wavelength configurations including specialty configurations for Raman spectroscopy and custom low-light applications. Quasar-785-UltraCool includes high throughput 10x optical gain and a low dark current, vacuum sealed, and deep cooled CCD array detector. Quasar-532-UltraCool includes high throughput 10x optical gain and a low dark current, vacuum sealed, and deep cooled CCD array detector. Quasar-UltraCool -BIDD Upgrade your Quasar-UltraCool to include back illumination and deep depletion technology for increased quantum efficiency up to 95% Quasar Raman Spectrometers Detector Cooler Package ~°C from Ambient Optical Resolution 785; 532: 200-2,750 cm-1; 200-4,500 cm-1 Transmissive High Throughput LDC CCD Front (FI) or Back Illuminated (BI) FI =1650 x 200 BI = 2000 x 256 FI= 16 x 16 μm BI =15 x 15 μm FI= 120,000 e- BI =150,000 e- >3000:1 at looong exposure times Now Available, Upgrade your HYPER-Nova to include back illumination and deep depletion technology for increased quantum efficiency up to 95%! StellarElite High Performance Raman Systems Other Raman Spectrometer Wavelengths Popular Pre-configured Raman Systems Raman Spectrometer are hot! Technical Information Request X/Twitter This field is for validation purposes and should be left unchanged. Name * Company / University Name Email * Phone Tell us about your application CAPTCHA X/Twitter This field is for validation purposes and should be left unchanged. Company / University Name Tell us about your application Horizontally Aligned Dipole Emission through Solvent Controlled Fusing of Perovskite Nanocubes and Nanoplates into 1D Nanowires G. G. Muley; Y. S. Tamgadge; P. P. Gedam; R. P. Ganorkar Abstract We report improved thermally stimulated third-order nonlinear optical coefficients (nonlinear refraction and nonlinear absorption) in thin films of Zn-doped CuS quantum dots (QDs) dispersed in a poly...