2 kg
20 mm
0 .. 150°C
5E-11 mbar
0 - 35 T
~ 200 nm
ANPx341/RES/UHV - linear x-nanopositioner
bearing based linear nanopositioner for horizontal motion
The ANPx341 nanopositioner incorporates ceramic bearings to provide high stability positioning for applications under extreme conditions like cryogenic temperature, high magnetic fields, and vacuum conditions.
The positioner is designed for ultra-high vacuum with pressures down to 5 E-11 mbar (/UHV), all positioners can be baked out up to 150°C
.
Titanium is the material of choice for our cryogenic nanopositioners, as it is light, nonmagnetic, and has a coefficient of expansion matching the piezo and other elements of the drive for reliable low temperature performance.
Specifications
For a detailed definition of used terms and descriptions please visit our Nanopositioners Glossary
| Size and Dimensions | |
|---|---|
| footprint; height | 44 mm x 45 mm; 11.5 mm |
| maximum installation space | 44 mm x 61 mm x 11.5 mm |
| weight | 82.2 g |
| height | 11.5 mm |
| Materials | |
| positioner body | titanium |
| actuator | PZT ceramics |
| connecting wires | insulated twisted pair, copper |
| Coarse Positioning Mode | |
| travel range (step mode) | 20 mm |
| maximum drive velocity @ 300 K | ~ 3 mm/s |
| input voltage range | 0 - 60 V |
| Fine Positioning Mode | |
| fine linear positioning range @ 300 K | 5 µm |
| fine positioning resolution | sub-nm |
| input DC voltage range @ 300 K | 0 - 100 V |
| Position Encoder | |
| readout mechanism | resistive sensor |
| encoded travel range | full travel |
| sensor resolution | ~ 200 nm |
| sensor power (when measuring) | 0.01 - 1 mW |
| repeatability | 1..2 µm (unidirectional) |
| Load (@ ambient conditions) | |
| maximum load | 2 kg |
| maximum dynamic force along the axis | 2 N |
| General Specifications | |
| environment | /UHV |
Suitable Controller
AMC300
