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General| Brand | THORLABS |
|---|---|
| Model | OTKBFM-CAL |
| Category | Test Equipment |
| Language | English |
Details safety information, including shock warnings, general cautions, and specific usage warnings.
Explains how to determine the detector responsivity factor by moving a stuck bead across the trap.
Describes the equipartition theorem for determining stiffness using thermal energy and particle position variance.
Explains the PSD Roll-Off method using frequency analysis of Brownian motion for stiffness calibration.
Covers software installation, APT setup, cable connections, and module power-up.
Details APT user software configuration, piezo controller settings, and strain gauge zeroing.
Explains DAQ hardware configuration via NI MAX and starting the OTKBFM-CAL software.
Guides through calibrating detector voltages to distance using a stuck bead and stage movement.
Explains two methods for stiffness calibration: PSD Roll-Off and Equipartition.
Details how to prepare microsphere samples and describes file saving formats for acquired data.
Troubleshooting common issues with software startup, NanoMax stage control, and oscillation offsets.
Resolves problems related to zero data tracking, SUM signal changes, and multiple roll-off frequencies.
Lists the items included in the OTKBFM-CAL product package.
Details the electrical and hardware specifications of the OTKBFM-CAL module.
Illustrates the pinout for the back side connector panel of the OTKBFM-CAL unit.
Outlines user responsibility for waste recovery and discusses ecological directives like WEEE and RoHS.
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