Newport Spectra-Physics Newsletter - #31 - November 2009 - (Page 7)

w w w. n e w p o r t . c o m November 2009 Page 7 High-Damage-Threshold Phase Modulators (KTP) The New Focus™ line of KTP electro-optic modulators offer optical damage thresholds of more than five times that of our LiNbO3 modulators. With patented and patent pending designs, these modulators achieve high efficiency for high modulation depths, too. As with all of our modulators, these modulators have low insertion losses and extremely low unwanted residual amplitude modulation. And, using them is easy: simply pass the beam through pre-aligned mechanical apertures for the optimal optical performance. Key Features High optical-damage thresholds — 5x our LiNbO3 versions Resonant designs with large modulation depths Easy optical alignment Models 4062 & 4064 KTP Broadband (Non-Resonant) Modulators to 250 MHz These models can operate over a broad range of frequencies — from 0.1 to 250 MHz. The Model 3211 broadband-modulator drivers can be used to drive these modulators in the 0.1-to-0.6 MHz range Models 4061 & 4063 KTP Resonant Modulators to 250 MHz These devices use a patented resonant tank circuit to maximize power transfer from driver to crystal, thereby maximizing the voltage across the crystal. These built-in resonant circuits lower required drive voltages by a factor of nearly ten. To optimize performance at every frequency, these modulators are built with fixed components, so they are only slightly tunable around the resonant frequency. Models 4461 & 4463 KTP Resonant Modulators from 0.6 to 2.0 GHz If your needs change, we can replace the resonant circuit for a modest fee. The Model 3363 resonant modulator drivers can be used to drive these modulators. With these modulators, the crystal is placed in a microwave cavity that is designed to resonate at the particular frequency you specify when ordering. A tuning slug allows adjustment of the resonant frequency over a range of 250 MHz or greater. The Model 3363 resonant-modulator drivers can be used to drive these modulators. M O D U L A T O R S WEB Model # (2) Frequency † Type Wavelength Material Modulation Efficiency †† Maximum V𠆆 Maximum Optical Intensity (1) Aperture RF Bandwidth RF Connector Recommended RF Driver Models Impedance Maximum RF Power VSWR † †† See our website for more info. Please click here. 4062 0.1 to 250 MHz Broadband 0.5–0.9 µm KTP 13 mrad/V 230 V 10 W/mm2 (532 nm) 2 mm 250 MHz SMA 3211 5–10 pF 10 W – 4064 0.1 to 250 MHz Broadband 1.0–1.6 µm KTP 13 mrad/V 230 V 20 W/mm2 (1.06 m) 2 mm 250 MHz SMA 3211 5–10 pF 10 W -– 4061 0.1 to 250 MHz Resonant 0.5–0.9 µm KTP 0.08–0.15 rad/V 20–62 V 10 W/mm2 (532 nm) 2 mm 2–4% freq. SMA 3363 50 W 2W <1.5 (1) (2) 4063 0.1 to 250 MHz Resonant 1.0–1.6 µm KTP 0.08–0.15 rad/V 20–62 V 20 W/mm2 (1.06 m) 2 mm 2–4% freq. SMA 3363 50 W 2W <1.5 4461 0.6 to 2.0 GHz Resonant 0.5–0.9 µm KTP 0.05–0.1 rad/V 31–63 V 10 W/mm2 (532 nm) 2 mm 0.5% freq. SMA 3363 50 W 4W <1.2 4463 0.6 to 2.0 GHz Resonant 1.0–1.6 µm KTP 0.05–0.1 rad/V 31–63 V 20 W/mm2 (1.06 m) 2 mm 0.5% freq. SMA 3363 50 W 4W <1.2 For resonant modulators, please specify the resonant frequency you want when ordering. At a wavelength of 1 m. The maximum optical intensity varies with wavelength. Metric Versions: Add M to Model #. Family of Brands — Corion® • New Focus™ • Oriel® Instruments • Richardson Gratings™ • Spectra-Physics® http://www.newport.com http://www.newfocus.com/products/index.cfm?navid=3&theView=modelGroupDetail&productLineId=2&productGroupId=154&modelGroupId=1126 http://www.newfocus.com/products/index.cfm?navid=3&theView=modelGroupDetail&productLineId=2&productGroupId=154&modelGroupId=1126 http://www.newfocus.com/products/index.cfm?navid=3&theView=modelGroupDetail&productLineId=2&productGroupId=154&modelGroupId=1126

Table of Contents for the Digital Edition of Newport Spectra-Physics Newsletter - #31 - November 2009

Cover and Contents
CORPORATE NEWS
- Newport Corporation Starts Direct Selling of New Focus Products in Europe
MAKE LIGHT
- Mai Tai® SP Short Pulse One Box Amplifier Seeder
- Spitfire® Pro XP 7 W Ultrafast Ti:Sapphire Amplifier
- TLB-7000 StableWave™ Tunable Lasers
- TA-7600 Series Tapered Amplifiers
- SCG-800-CARS Supercontinuum Generation Fiber Device
MANAGE LIGHT
- Newport 3700 High-Power Temperature Controller
- Newport High-Power Laser Diode Control Kits
- Do You Need to Modulate Your Beam?
- High-Damage-Threshold Phase Modulators (KTP)
- New Focus Amplitude Modulators
- New Focus 981x Stability™ Top and Center Mounts
- New Focus Flipper™ 1” and 2” Optical Mounts
- Open Cage System
- Newport Broadband Metallic Mirrors
- Ultra-Broadband Dielectric Mirrors
- Ultrafast Laser Super-Broadband Turning Mirrors
- New Focus UV Excimer Mirrors
- New Focus Nd:YAG Mirrors
- S-2000-TC Stabilizer™ Isolators
- LABasix™ SA2 Series Aluminum Breadboards
- Picomotor™ Actuators
- iPico™ New Focus Intelligent Picomotor Modules
- New Focus Kinematic Stages
- Motorized Kinematic Stages
- New Focus GuideStar™ Beam Stabilization
- UMR-TRA XY Compact Motorized XY Stage
- URB100CC High-Speed Precision Rotation Stage
- HXP100-MECA Newport Hexapod
- Motion Control Capability Brochure
MEASURE LIGHT
- 818P-500-55 500 W Fan-Cooled Thermopile Detector
- 818P-3KW-060 Water-Cooled Thermopile Detector
- 818P-001-12NIR Thermopile Sensor, 1 μW–1 Watt
- LBP-HR High Resolution CCD Laser Beam Profiler
- 80 MHz Balanced Photoreceivers
- Nirvana™ 125 kHz Auto-Balanced Photoreceivers
APPLICATION SOLUTIONS
- LED Scribing The Illumination Revolution
- Oriel® IQE-200™ Quantum Efficiency Measurement System
- PVIV-TC-VAC Temperature Controlled Vacuum Chuck KitMémentos - LMD
- Workstation for Laser Direct-Write Processing
- Photoresponse Mapping of Photovoltaic Cells
- Raman Microspectrometer
Literature Request

Newport Spectra-Physics Newsletter - #31 - November 2009

http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-1210_37
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-1206_36
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-1203_35
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-1110_34
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-1104_33
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-1005_32
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-0911_31
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-0907_30
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-0902_29
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-0810_28
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-0806_27
http://www.nxtbook.fr/newpress/Newport/Spectra-Physics/Newsletter-0802_26
http://www.nxtbookMEDIA.com