Vacuum Monochromator resolves 0.01 nm.

Press Release Summary:




Providing data collection, spectral analysis, and built-in calibration port, 1 m Model 225 is suited for experimental physics of high temperature plasma and highly charged ions. It features interchangeable triple grating turrets, dual entrance and exit port configurations, and diffraction gratings for 30-1,000 nm wavelengths. With stainless steel vacuum construction and minimal Viton O-ring seals, unit pumps to 10-8 Torr region.



Original Press Release:



1-meter Vacuum Monochromator



Rapid data collection, simplified spectral analysis and built-in calibration port are some of the features of the newest McPherson 1-meter monochromator, Model 225. This instrument resolves 0.01-nm and is a useful tool in experimental physics of high temperature plasma and highly charged ions (Electron Beam Ion Trap experiments, for example.) Benefits include interchangeable triple grating turrets, dual entrance and exit port configurations, and readily available diffraction gratings for the 30 to 1000-nm wavelength region. The Model 225 has clean stainless steel vacuum construction with minimal Viton o-ring seals to pump easily to the 10-8 torr region. Multiple port configurations make it easy to mount high sensitivity, fast detectors like channel-electron-multipliers or photomultipliers. It is also easy to mount slower CCD detectors. A unique McPherson focal plane tip/tilt drive augments direct detection CCDs. This allows optimizing focus across the entire detector regardless of the wavelength selected.

The McPherson Model 225 is readily available. Some options to your instrument build include ultra-high-vacuum (UHV) compatibility to 10-10 torr. We can also produce units with longer focal lengths, up to 6.65-meters, for high-resolution applications.

For more information contact:
Erik Schoeffel, McPherson, Inc., 7A Stuart Road, Chelmsford MA 01824-4107 Telephone 978-256-4512 (or 1-800-255-1055), Fax 978-250-8625 Email MCP@McPhersonInc.com and check out our site at www.McPhersonInc.com

All Topics