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\@Sens. DeflSens: V 43.2132 nm/V is the 'soft scale' for the vertical axis of the force plot. The soft scale allows conversion between raw units in Volts and metric units. \@Sens. Zscan: V 12.50 nm/V is the 'soft scale' for the horizontal axis of the force plot. You can find more information...
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Hi Josep, You are on the right track. The scaling factor is just the product of the ZsensSens and the Zscale value in parenthesis. For example \@Sens. ZsensSens: V 163.0064 nm/V ... \@4:Z scale: V [Sens. ZsensSens] (0.0003750000 V/LSB) 5.966755 V ... the scaling factor for the Height Sensor channel would...
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Jonathan, We should be launching v1.40 of NanoScope Analysis today. Please give this version a try to see if it corrects your scaling problem. If not, could you send a copy of your file to me? (steve.minne (at) bruker-nano.com). We would like to investigate this further. I don’t have a routine...
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Hi Cosmin, There are separate sections in the header for each data channel. Each of the sections starts with a line "\*Ciao HSDC list". You will find different Data offsets, lengths and scales for each channel. I looked around and found an Igor procedure to read HSDC files! Here is a description...
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Igor function to read a Nanoscope High Speed Data Capture (HSDC) file and load the data into Igor waves with appropriate scaling. The native Nanoscope file is read and the ASCII header is parsed to get scaling factors while the binary part is read directly, so no export is required. See the comments...
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HSDC files are usually so large that they are unmanageable when exported to ASCII. It is usually much more efficient to directly read the native NanoScope files instead. This is especially true if you plan on analyzing a large number of files. Nanoscope files are composed of an ASCII header that contains...