P-772.0L

Ultra-Compact Open-Loop PZT Nanopositioning stage

P-772.0L piezo nanopositioning stage with dip-switch for size comparison.

Small Flexure-Guided Stage 50 Picometer Resolution 10 µm Travel Ultra-Fast Response (1.7 kHz Resonant Frequency) Closed-Loop Version Available P-772.0L open-loop NanoAuto-mation

Ordering Information

stages are very com-pact flexure-guided nanoposi- tioners. They provide a posi- tioning and scanning range of up to 10 µm, sub-nanometer resolution and

P-772.0L Ultra-Compact Open-Loop PZT Stage, 10 µm

ultra-fast res-ponse. P-772 stages are de-signed for applications with small loads. A closed-loop version is avail-able as the P-772.1CD (see p. 2-24).

P-772.0L dimensions in mm.

Technical Data

ModelsP-772.0LUnitsNotes see page 2-84 Active axesX Min. open-loop travel, -20 to 120 V10µm ±20%A2** Open-loop resolution 0.05nmC1 Stiffness 7N/µm ±20%D1Push/pull force capacity (in operating direction)50 / 5ND3

Application Examples

Max. (±) normal load0.5kgD4Lateral force limit10ND5

Laser tuning

Electrical capacitance 0.9µF ±20%F1 * Dynamic operating current coefficient (DOCC)9µA/(Hz x µm)F2

Fiber optics Metrology

Unloaded resonant frequency 1700Hz ±20%G2Operating temperature range-20 to 80°CH2

Nanopositioning

Voltage connectionPigtails, 300 mm Weight (w/o cables)170g ±5%

Scanning microscopy

Body materialN-SLRecommended Amplifier/Controller (codes explained see link 6-46) A, C, G

Scanning interferometry Biotechnology

* Dynamic Operating Current Coefficient in µA per Hz and µm.** For calibration information see p. 2-8. Resolution of PI piezo nanopositioners is not limited by friction or stiction. The value given is noise equivalent motion with E-503 amplifier.

Micromanipulation, etc.

2 a - 2 2-1 to 2-86 see the Hardbound Catalog