Hybrid electronics - Import export

Inductive transducer with centering collar, integrated sealed hybrid electronic, DC power supply; floating DC voltage output, good temperature stability, maintenance-free plastic plain bearings and bellows; long long life

Tip Enhanced Raman Scattering (TERS, nanoRaman) is the technique for enhancement of weak Raman signals and for superresolution Raman imaging with spatial resolution less than 10 nm. As a result of comprehensive research performed together with NTMDT SI customers and partners, we are now able to offer to AFMRaman customers mass produced reproducible TERS probes. TERS imaging requires prolonged tipsample contact at each scanning point but Contact AFM is destructive for both the tip and the sample. Thereby, HD mode is a superior technique for cantilevertype TERS since it noticably increases the tip lifetime and makes possible TERS imaging of soft, loose and fragile samples. Thanks to highspeed HybriD 2.0 Control Electronics the approach and withdrawal optical response signal curve (PMT) can be recorded and processed in realtime. This allows to separate the nearfield from farfield component of optical response and to map it with spatial resolution limited by the tip radius.

Electrical characterization of objects, that are weakly attached to the surface, has always been a challenge when using standard AFM modes like Conductive AFM. This was because often the tip moved or abraded the objects of interest. HybriD Mode drastically decreased the impact of lateral forces and simplified these experiments. Comparison of conductive and mechanical maps shown in this example allows the clear identification of single nanotubes and bundles. New stateoftheart HybriD 2.0 control electronics allows simultaneous resonant electrostatic studies using twopass technique Kelvin Probe Force Microscopy Electrostatic Force Microscopy Scanning Capacitance Force Microscopy

Stateoftheart HybriD 2.0 Control Electronics incorporates highspeed digital lockin amplifiers (LIA) and phase locked loop detector (PLL) for advanced oscillatory resonance modes Amplitude Modulation with Frequency Imaging (AMFI) and Frequency Modulation (FM) modes. They provide exceptional level of spatial resolution of challenging flat and soft samples (selfassembled molecular structures etc.) thanks to ultraprecise control of the tipsample interaction force. Additionally they allow mapping of its mechanical properties. The two images below show topography and probe resonant frequency distribution over lamellar arrangement of short alkane C36H74 on graphite with a spacing of 4.5 nm. One can also see a couple of adsorbates formed on the lamellar surface by disordered alkane chains which are rarely observed by the traditional AM mode.

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