PI (Physik Instrumente) L.P.Piezo Tip / Tilt PlatformS-330
Description
Fixed Orthogonal Axes with a Common Pivot Point
Up to 20 milliradian Optical Beam Deflection
Up to 20 nanoradian Resolution
For Mirrors up to 50 mm θ
Closed-Loop Versions for Better Linearity
Differential Design for Excellent Temperature Stability
Zero Friction Flexure Guides
Single-Moving-Platfo
rm, Parallel-Kinematics Design: Equal Dynamics for all Axes, Better Linearity & Temperature Stability
PI (Physik Instrumente) L.P.
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Description
Fixed Orthogonal Axes with a Common Pivot Point
Up to 20 milliradian Optical Beam Deflection
Up to 20 nanoradian Resolution
For Mirrors up to 50 mm θ
Closed-Loop Versions for Better Linearity
Differential Design for Excellent Temperature Stability
Zero Friction Flexure Guides
Single-Moving-Platfo
rm, Parallel-Kinematics Design: Equal Dynamics for all Axes, Better Linearity & Temperature Stability
Request a Quote
Email Supplier
Datasheet
Datasheet Summary Powered by GS/AI
The S-330 is a piezo tip/tilt platform for precise two-axis alignment of mirrors up to 50 mm in diameter, using parallel kinematics with zero-play flexure guides and PICMA® piezo actuators for high dynamics and long-term stability. It features a common center of rotation at 6.5 mm above the platform, a steel housing with an Invar platform, and operates from -20 to 80 °C. Models in the series offer rotation ranges of 2, 5, or 10 mrad, with resonant frequencies up to 2.4 kHz unloaded and 1.6 kHz with a 25 mm mirror, resolution down to 20 nrad, and submillisecond response times. It includes integrated strain gauge sensors for closed-loop operation and is available with D-sub 37 or LEMO connectors, or without a connector. The system achieves high linearity and stability through frictionless flexure guidance and capacitive feedback, with an overall mass ranging from 200 to 700 g depending on configuration.
Datasheet Summary Powered by GS/AI
The S-330 is a piezo tip/tilt platform for precise two-axis alignment of mirrors up to 50 mm in diameter, using parallel kinematics with zero-play flexure guides and PICMA® piezo actuators for high dynamics and long-term stability. It features a common center of rotation at 6.5 mm above the platform, a steel housing with an Invar platform, and operates from -20 to 80 °C. Models in the series offer rotation ranges of 2, 5, or 10 mrad, with resonant frequencies up to 2.4 kHz unloaded and 1.6 kHz with a 25 mm mirror, resolution down to 20 nrad, and submillisecond response times. It includes integrated strain gauge sensors for closed-loop operation and is available with D-sub 37 or LEMO connectors, or without a connector. The system achieves high linearity and stability through frictionless flexure guidance and capacitive feedback, with an overall mass ranging from 200 to 700 g depending on configuration.
Fixed Orthogonal Axes with a Common Pivot Point
Up to 20 milliradian Optical Beam Deflection
Up to 20 nanoradian Resolution
For Mirrors up to 50 mm θ
Closed-Loop Versions for Better Linearity
Differential Design for Excellent Temperature Stability
Zero Friction Flexure Guides
Single-Moving-Platfo
rm, Parallel-Kinematics Design: Equal Dynamics for all Axes, Better Linearity & Temperature Stability
Fixed Orthogonal Axes with a Common Pivot Point
Up to 20 milliradian Optical Beam Deflection
Up to 20 nanoradian Resolution
For Mirrors up to 50 mm θ
Closed-Loop Versions for Better Linearity
Differential Design for Excellent Temperature Stability
Zero Friction Flexure Guides
Single-Moving-Platform, Parallel-Kinematics Design: Equal Dynamics for all Axes, Better Linearity & Temperature Stability
