Table 1255a. Gatan MultiScan family of cameras.
Table 1255b. GIF Quantum and GIF Tridiem.
|
GIF Quantum |
GIF Tridiem |
Model Number |
Model 963 |
Model 965 |
Model 966 |
Model 863 |
Description |
GIF Quantum SE |
GIF Quantum ER |
GIF Quantum ERS |
GIF Tridiem |
Filter resolution (eV FWHM) |
0.25 |
0.10 |
0.04 |
|
Necessary requirement in TEM |
No |
Monochromator |
|
Isochromaticity (eV P-P) |
2.0 |
|
Distortion (% max) |
1.5 |
0.75 |
|
Chromatic dist. (% 50 eV) |
1.0 |
0.50 |
|
Ssize of entrance aperture (mm) |
2.5 mm (aperture for high resolution EELS) & 5 mm (aperture for routine EELS): Improved collection efficiency for aberration corrected STEM EELS |
2.5 mm, lower collection efficiency |
|
9 mm: Large field-of-view energy filtered imaging, mapping and diffraction with narrow slit widths |
|
Energy field-of-view (eV) |
2000, Capture a broader range of edges in a single spectrum for simplified quantification |
|
Spectral rate (1/s) |
1000, High-speed, dose-efficient STEM EELS spectrum imaging for detail rich mapping |
|
Camera readout |
Dual-speed camera readout results in low-noise imaging and high-speed viewing from the same detector |
|
Fast camera modes |
Optional |
Included |
|
1 µs electrostatic shutter |
|
Advanced BF/DF detector |
|
Minimum operating voltage |
60 kV |
80 kV |
Maximum image distortion |
0.75% |
1.50% |
Fast spectrum offset |
2 keV |
1 keV |
Spectroscopy field of view |
2 keV |
1 keV |
Preview |
30 fps (512 x 512) |
5 fps |
Spectra per second |
1,000 |
33 |
Electrostatic shutter |
1 µs, Acquire images and spectra with unprecedented exposure control and dynamic range |
|
Optics |
Dodecapole-based optics results in outstanding energy resolution and very low image distortions |
|
Table 1255c. Options and upgrades.
Item |
Description |
963.U1 |
High-speed camera and shutter |
963.U2 |
Advanced BF/DF Detector |
963.U3 |
DualEELS results in effortlessly measure precise energy shifts and apply advanced quantification routines for a new level of EELS analysis. It allows the operator to acquire two optimized EELS spectra from different energy ranges (e.g. one low-loss and one core-loss) in rapid succession. The hardware includes a beam deflector used to deflect the beam from the different acquisitions in different subregions in the EELS CCD.
|
963.U4 |
The high-speed 2 kV Spectrum Offset Module provides a precision energy offsets of up to 2 keV and switching times in the order of 10 μs. It requires an additional electronics. This module pushes high-speed DualEELS to the maximum readout rate of the detector while adding minimal overhead. In static applications, the 2 kV range of the module allows hysteresis free energy offsets beyond the Si-K edge enabling accurate core level shifts to be measured for all the elements in the periodic table. In DualEELS mode, the maximum ΔE in energy with the standard drift tube is 1,000 eV from the start of the first spectrum to the start of the second spectrum. However, the maximum ΔE with the fast drift tube 963.U4 is 2,000 eV.
|
963.U5 |
STEMPack™ with Advanced BF/DF Detector |
777.U1 |
STEMPack™ - BF/DF not included |
777.U2 |
STEMPack™ - HighSpeed SI Upgrade |
806 |
HAADF STEM detector system |
702.90 |
Advanced AutoFilter® Suite |
Table 1255d. Other products of Gatan.
Model |
Description |
678 |
GIF 200 |
766 |
DigiPEELS |
776 |
ENFINA 1000 Basic |
776 |
UHV-ENFINA |
777 |
STEMpack |
778 |
GIF 100 / BioFilter |
795 |
MegaScan |
830 |
Orius SC200 |
831 |
Orius SC600 |
832 |
Orius SC1000 |
833 |
Orius SC200D |
850 |
GIF 2002 |
860 |
GIF 2001 |
864 |
GIF Tridiem 4K |
865 |
GIF Tridiem-ER |
866 |
GIF Tridiem-ERS |
890 |
UltraScan 4000SP |
894 |
UltraScan 1000 |
895 |
UltraScan 4000 |
960 |
Centar |
961 |
Frontier |
A2100 |
Alto 2100 Cryotransfer system |
A2500 |
Alto 2500 High Resolution Cryotransfer system |
ChromaCL |
Live Colour Cathode Luminescence Imaging |
MCL3 |
Monochromator Cathode Luminescence Imaging system |
MCL3+ |
Adv. Monochromator Cathodeluminescence Imaging system |
MTEST |
MicroTest 30/300/2000/5000 Tensile Sub-stage |
PANACL |
Panchromatic Cathode Luminescence Imaging system |
SmartEBIC |
Quantitative, software-controlled EBIC system |
XiCLone |
XiCLone Cathode Luminescence Imaging system |
UKC100X |
Cold Stages |
601 |
Ultrasonic Disk Cutter |
613 |
Single Tilt cooling holder |
626 |
DH Cryotransfer holder system |
628 |
Single Tilt Heating holder |
630 |
High Tilt Tomography Cryotransfer holder |
636 |
Double Tilt Cooling holder |
643 |
Single Tilt Analytical holder |
646 |
Double Tilt Analytical holder |
650 |
Single Tilt Rotate holder |
652 |
Double Tilt Heating holder |
655 |
Dry Pumping station |
656 |
Dimple Grinder |
672 |
Single Tilt Heating Straining holder |
673 |
Wide-Angle TV |
676 |
Intensified TV |
677 |
Single Tilt Multiple Specimen Holder |
681 |
Ion Beam Coater |
682 |
PECS + RIBE |
683 |
Met-Etch |
688 |
DigiScan |
691 |
Precision Ion Polishing System |
692 |
Retractable TV |
780 |
DualVision 300CW |
781 |
DualVision 500CW |
782 |
Erlangshen ES500W |
785 |
Erlangshen ES1000W |
788 |
DigiScan II |
805 |
BF/DF STEM Detector |
806 |
HAADF STEM Detector |
910 |
Multi-Specimen Cryotransfer holder system |
914 |
High Tilt Liquid Nitrogen Cryo Transfer Holder |
915 |
Double Tilt Cryotransfer holder system |
925 |
Double Tilt Rotate holder |
930 |
Cryoplunge |
950 |
Solarus |
CHDT3504 |
Double Tilt Cooling holder |
CHVT3007 |
High Resolution Vacuum Transfer holder |
CT3500 |
Ultra High Stability High Resolution TEM Cryo. holder |
CRYOPLUN |
Cryoplunge Cryo-Fixation device |
H1000 |
Heating SEM stage |
HC3500 |
Multifunctional Materials Characterization holder |
HCHDT3010 |
Double Tilt High Resolution LHe holder |
HCHST3008 |
Single Tilt High Resolution LHe holder |
HHST4004 |
Environmental Cell holder |
MINICL |
MiniCL compact Cathode Luminescence system |
UHRST3500 |
Single Tilt High Stability High Resolution LN2 holder |
ULTDT |
Double Tilt Ultra Low Temperature LHe holder |
ULTST |
Single Tilt Ultra Low Temperature LHe holder |
VTST4006 |
Single Tilt Vacuum Transfer holder |
UKCF302X |
Helium Stages |