pi2009

A-27 Piezo • Nano • Positioning Application PI Solution Typical PI Products* M-824 Compact 6-Axis-Positioning System, p. 4-10 M-850 Hexapod 6-Axis Positioning System, p. 4-6 N-515 Non Magnetic Piezo Hexapod, p. 1-17 Hexapod 6D Micropositioning Systems Microwave Antenna Precision Alignment Fast Laser Beam Steering/Alignment Piezo Steering Mirrors S-334 Miniature Piezo Tip/Tilt-Mirror, p. 2-90 Custom High-Bandwidth Piezo Steering platforms for large mirrors, p. 2-88 Resolution Enhancement Image Stabilization Pixel Multiplication Piezo Scanning Stages Active Optics P-713 · P-714 XY Piezo Scanner, p. 2-56 P-733.2 · P-733.3 XY(Z) Piezo-Nanopositioning Stage, p. 2-62 S-325 PiezoZ/Tip/Tilt Platform, p. 2-92 S-334 Miniature Piezo Tip/Tilt-Mirror, p. 2-90 Precision Linear Actuators DC-Mike & Stepper-Mike NEXLINE ® Piezo Linear Motors N-111, NEXLINE ® Miniature Linear Motor / Actuator, p. 1-8 M-238 High Load Servo Motor Actuator, p. 1-52 Beamline Experiments Angular Alignment Sample Positioning M-824 Compact 6-Axis-Positioning System, p. 4-10 N-214 NEXLINE ® Linear Motor / Actuator, p.1-10 N-515 Non Magnetic Piezo Hexapod, p. 1-17 Nonmagnetic NEXLINE ® Piezo Linear Motors Hexapod 6D Micropositioning Systems P-235 Preloaded High Force Piezo Stack Actuators, p. 1-78 P-056 PICA™ Stack Actuator Stacks p. 1-88 Cavity Tuning High Force Piezo Ceramic Actuators Aeronautics, Image Processing, Cryogenic & Vacuum Environments Applications PI piezo actuators and piezo motors provide very high forces and require little to no power in quasistatic applications. They can also work in a vacuum and at very low temperatures—condi- tions found in space applica- tions. PI hexapods have been used in microwave antenna alignment applications to significantly reduce the alignment time while improving the antenna performance. During the last 15 years PI has designed several large-aper- ture high-speed tip/tilt systems for image stabilization. Piezoelectrically-driven active mirrors can improve the effective resolution up to 1000% by correcting for these image shifts in real time, especially during long integra- tions with weak light sources. *Other standard or custom solutions from PI could be even more suitable for your application. Talk to a PI Applications Engineer or visit www.pi.ws.

A-28 © Physik Instrumente (PI) GmbH & Co. KG 2008. Subject to change without notice. Cat120E Inspirations2009 08/10.18 Piezo • Nano • Positioning Astronomy, Adaptive Optics Applications Application PI Solution Typical PI Products* Custom High-Bandwidth Piezo Steering Platforms for Large Mirrors, ask PI (info@pi.ws) S-330, Piezo Steering Mirror, p. 2-88 Piezo Tip/Tilt mirrors High Speed Beam Steering and Stabilization Low Bandwidth Aligment of Active Mirrors in Astronomical Telescopes Large Custom Piezo Steering Mirrors for Fast Correction of Turbulence Hexapod 6D Micropositioning Systems M-850K Weatherproof Hexapod, p. 4-14 M-850 Hexapod 6-Axis Positionie, p. 4-6 M-850K Ultra-High-Load Hexapod p. 4-15 Segmented Mirror Positioning with Linear Actuators NEXLINE ® High-Force, Long Travel Piezo Linear Motor Actuators DC-Mike & Stepper-Mike N-214, Ultra-High Load Linear Actuator, p. 1-10 N-111, High Load Linear Actuator, p. 1-8 M-235 Heavy Duty Linear Actuator, p. 1-50 M-238 High Load Linear Actuator, p. 1-52 Laser Cavity Tuning/Stabilization Piezo Actuators, Phase Shifters S-310 - S-316 PiezoZ/Tip/TiltScanner,p.2-94 S-303 Piezo Phase Shifter, p. 2-96 *Other standard or custom solutions from PI could be even more suitable for your application. Talk to a PI Applications Engineer or visit www.pi.ws. Resolution in large earthbound telescopes is limited by vibra- tions and atmospheric turbu- lence. To overcome these limi- tations, PI has designed and delivered many large-aperture high-speed tip/tilt systems for active secondary and tertiary mirror stabilization. Piezo- electrically-driven active mir- rors can improve the effective resolution up to 1000 % by correcting for these image shifts in real time, especially during long integrations with weak light sources. PI's hexapod 6-axis microposi- tioning systems are key com- ponents for the precise align- ment of active mirrors. PI precision linear actuators provide superior performance and lifetime and have been successfully employed in large segmented mirror telescopes such as SALT.

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