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TriA-SNOM | |
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| Technical Specifications |  |
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Scanning stage with absolute positioning system with strain gauge sensors. Scanner technical data: X-Y scan size: 100 x 100 µm (high voltage mode); 10 x 10 µm (low voltage mode) Resolution high voltage mode: Closed loop: 2 nm, Open loop: 0.2 nm Closed loop linearity: 0.1%. Z scan size: 10 µm (high voltage mode) 1 µm (low voltage mode) Resolution: 0.16 nm (high voltage mode), 0.02 nm (low voltage mode). TriA-SNOM Head SNOM Head is suitable for Simultaneous Acquisition of Optical signal (up to 3: reflection, transmission and collection mode) and Topographic signal. Optical signals acquisition by 2 Photomultipliers. Sample holder size: 30x30 mm; Translator range 13 x 13 x 13 mm; servo assisted z movement. 2 Optical Vision System integrated into the SNOM head: -Optical vision system to monitor probe approaching on the sample; -Inverted optical microscope for Transparent sample. A.P.E. Research suggests “Lovalite” SNOM probes. Probe Holder is suitable for any Commercial SNOM fibers. Dual demodulator A.P.E. Research Dual demodulator for Optical signals acquisition. SPMCU2-PI SPM Control Unit SPM Control Unit and PC (equipped with a multi input-output board) drives the scanner, data acquisition and sample motion. Tip to sample distance is controlled by ultra-low noise analog feedback, digitally driven by PC. HVA3-PI Unit High Voltage Amplifier HVA is an amplifier module projected to drive TriA-SNOM Heads. Computer and Acq. Board Windows XP/Vista operating system; Pentium Core 2 Duo, 1GB/2GB DDR2 SDRAM, 160 GB HDD, CD R/RW, mouse, keyboard; 17 inch LCD monitor. Acquisition board and interface. Acquisition software Software runs under Windows and is composed of a multi-window applications for instrument control and data acquisition. The software comes equipped with simple filters for immediate analysis of acquired images. Accessories Acoustic Box with floating marble Table Image Metrology SPIP™ data analysis software |
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