Newport Spectra-Physics Newsletter - #30 - July 2009 - (Page 15)

w w w. n e w p o r t . c o m July 2009 Page 15 PSM2 NEW Key Features Ultra-fast, two-axis rotation and linear z-motion for up to 50 mm diameter optics Piezoelectric travel range of 2 mrad or 16 µm Direct piezo design provide high-bandwidth control Ultra-compact Ultra-fast Piezo Steering Mirror Provides high-speed, sub-microradian resolution, tip, tilt, and z motion. Newport’s PSM2 provides high-speed, sub-microradian resolution, tip, tilt, and z motion for mirrors, gratings and other optics. Equipped with a direct piezoelectric actuation system without lever arm transmission, the PSM2 is ideally suited for high bandwidth laser beam steering, switching and stabilization, beam scanning, image stabilization, and laser cavity tuning. Fast and reliable motion is supplied by three multi-layer, low-voltage piezo stacks (PZT) in a triangle configuration. The length of each piezo stack can be controlled individually. Applying a voltage to one stack, results in a rotation. Changing the length of all three stacks simultaneously, results in a linear z-displacement. The PSM2 models are internally preloaded and can be mounted in any orientation, they support mirrors up to 50 mm diameter and can be glued directly to the top plate. WEB See our website for more info. Please click here Fast Steering Mirrors Key Features Fast steering on a single pivot point for X and Y rotation Steering mirror is suspended on a flexure, eliminating friction Angular range ±3°, optical Angular resolution ≤2 µrad rms, optical Fast Steering Mirror Products (FSM Series) provides twoaxis, high-bandwidth rotation with sub-microradian resolution using the voice-coil technology. Newport offers standard designs that are economically viable for widespread commercial use for applications such as laser beam stabilization, laser pointing, tracking, and image stabilization. The FSM mirror provides ultra-smooth motion about the two axes intersecting at a common pivot point, very accurately and with practically infinite lifetime. Newport offers a standard FSM-300 with a 1” (25.4 mm) diameter mirror. A wide range of 1” mirror assemblies (mirror on carrier) for the FSM-300 Fast Steering Mirrors is offered and allows the user to field replace the standard mirror with another mirror that best fits the specific application. Fast closed-loop control, to 800 Hz Applications Laser beam stabilization Laser pointing Tracking WEB See our website for more info. Please click here MAKE LIGHT | MANAGE LIGHT | MEASURE LIGHT http://www.newport.com http://www.newport.com/PSM2-Ultra-fast-Piezo-Steering-Mirror/842948/1033/catalog.aspx http://www.newport.com/PSM2-Ultra-fast-Piezo-Steering-Mirror/842948/1033/catalog.aspx http://www.newport.com/Fast-Steering-Mirrors/847119/1033/catalog.aspx http://www.newport.com/Fast-Steering-Mirrors/847119/1033/catalog.aspx

Table of Contents for the Digital Edition of Newport Spectra-Physics Newsletter - #30 - July 2009

Cover & Contents
Corporate News
- There's a New Focus™ In Newport
- Newport Announces ISO/IEC 17025 Accreditation of Photovoltaic Lab
Application Story
- Stretching DNA Boundaries with Newport
Application Solutions
- Photoresponse Mapping of Photovoltaic Cells
- Coherent Anti-Stokes Raman Scattering Microspectrometer Solution
MAKE LIGHT
- Spitfire® Pro XP 7W Ultrafast Ti : Sapphire Amplifier
- Inspire™ Ultrafast OPO Family
- Millennia® Prime™ Rugged 532 nm CW DPSS Laser
- Pulseo® 532-34 High Power Q-Switched Laser
- HIPPO™ 532-14 High Power, Rugged 532 nm Q-Switched Laser
- Alliant™ CW IR Industrial Fiber Laser
- TO-Can Laser Diode
MANAGE LIGHT
- LDS-Vector Electronic Autocollimator
- PSM2 Ultra-fast Piezo Steering Mirror
- Fast Steering Mirrors
- CenterPoint™ On-Axis Kinematic Mirror Mount
- Agilis™ Series Piezo Motor Driven Optical Mounts
MEASURE LIGHT
- Power Meter Selection Guide & Detector Selection Guide
- PulseScout™ Autocorrelators
- LBP Series Laser Beam Profilers
Videos The SmartTable® OTS™ System
A History of Laser Light and Newport
Literature Request

Newport Spectra-Physics Newsletter - #30 - July 2009