CS2X0T: Transmission-mode uniaxial strain cells
The CS2X0T devices can apply large uniaxial strains to samples while probing the sample transmission-mode, diffraction and scattering techniques, both lab-based, and at synchrotrons or other beam lines. The standard version is designed to fit inside a 2-inch bore and is hence compatible with a wide range of commercial and custom cryostats and vacuum chambers.
Product Overview

Designed for scattering measurements, synchrotrons & beam lines

Compatible with low temperature and high magnetic field

Smallest cell fits inside a 2-inch bore

Wide-angle sample access, perfect for scattering and diffraction

Integrated displacement sensor
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Specifications | CS200T | CS220T | |
---|---|---|---|
Size | Diameter Height (including sample bolts) Weight | 49 ±0.2 mm 14.2 ±1 mm 55 g | 68 ±0.2 mm 14.2 ±1 mm 65 g |
Applied displacement at zero load (± 10%) | Maximum displacement at 300K Maximum displacement at 4K | ±19 μm (-20 to +120 V) ±11 μm (-200 to +200 V) | ±36 μm (-20 to +120 V) ±21 μm (-200 to +200 V) |
Operating Conditions | Operating Temperature Magnetic field | Below 300mK to 325K 0T to >30T | Below 300mK to 325K 0T to >30T |
Feedback sensor | Sensitivity Initial capacitance | <10nm (depending on bridge) 1-3 pF | <10nm (depending on bridge) 1-3 pF |
Power supply | 2-channel, sink/source +/-200V | RP100 | RP100 |
To download the .STEP files, please right-click on the the download link and select “save link as…” then select where you want to save the file, specifying a “.step” filetype. Ignoring this advice may lead to your browser opening the STEP files as a text document.
CS2X0T datasheet | |
CS2X0T dimensioned drawings: device | |
CS2X0T dimensioned drawings: sample plates and spacers | |
CS200T 3D .STEP file | |
CS220T 3D .STEP file | |
A simple python script for operating our products. Guide on how to use it is here. |
To discuss your experiment or for more tech specs and quotes, please contact our sales team