1. Laser
Wavelength 532nm ± 1nm
Mode Single mode TEM00
Spectral line width <1cm-1
Beam diameter at objective aperture stop 6mm
Beam divergence <0.17mrad
Pinhole Built-in
Laserline filter Built-in, 3nm bandwidth
Power 20-22mw fixed at Laser side
Power attenuation Neutral density filters at , 79%, 50%, 25% and 0% (Dark)
Output Collimated, free space
Transmission of excitation path 70%, >14mW at 20X Objective
Driver
Output To Laser by HD-15 connector
Fuse 1A
Case dimensions 6.67” (W) x 8.94” (D) X 2.36” (H)
Front panel Keyed switch, DB type connector to Laser, LED indicator for “power on”
Rear panel Interlock switch, fuse, AC inlet and power switch
2. Spectrometer
one stage TE-cooled
Active length 24.576mm
Active height 1.464mm
Active pixel (H) 2048
Active pixel (V) 122
Pixel size 12x12um
Pixel resolution 1.75cm-1
Spectral resolution 3.8cm-1 or better
Wavelength range (SP) 0-3000cm-1
Raman signal range 100-3000cm-1
Wavelength accuracy 0.8cm-1
Laser line blocking >10-14
Adjustable slit 0-2mm adjustable
CCD temperature setting(one stage cooled) -10°C
3. Software
BWSpec 3.26_28 or up
Background suppression included
Relative intensity correction (SRM2241/2) included
Operation modes linear mode and 2D imaging mode
Binning option 1, 3, 5….odd row binning
Data format SPC, TXT, and Excel
4. Mapping XYZ stages
X, Y and Z resolution depends on stages and objectives
5. Microscope
Microscope main frame -option
Olympus BX51 or BX61
Nikon 80i
Z adjustment resolution 1 ?m
X and Y resolution Consult microscope manufacturer
Depth of focus 0.5um to 180 um up to objective
6. System
Environmental temperature 20-28°C
Humidity <75%RH
Silicon 3rd order Raman peak SNR >3:1
Microscope interface Olympus or Nikon standard interface
True confocal design Adjustable slit plus CCD binning mode
Computer interface USB 1.1/2.0
Operation software BWSpecTM for window Me, 2000, XP and GRAMS/AI OCX control interface
Power input 100-240VAC
Dimensions 660(H) x 350(W) x 550(D) mm
Weight 26.6Kg