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TU Series

Narrow Linewidth Ti:Sapphire Laser

Features

• ns Pulse Width
• Narrow Bandwidth 1 to 3 GHz
• High repetition rate: single shot to 10kHz
• TEM00 Mode Beam Profile
• mJ level Energy/pulse
• Broad Tuning from 700 to 960nm
• Harmonic from 193 to 480nm
• External TTL Triggering
• Computer wavelength scanning (100MHz/step)
• Multi-pass Amplifiers to achieve ~ Watts level UV Output
• RS232 Computer Control

OUTPUT CHARACTERISTICS
Tuning Range TU-L TU-H
(Avg Power @ 1kHz)* (Avg Power @ 4kHz)*
Fundamental 720-940 nm >1 W >1 W
2nd Harmonic 350-480 nm >400 mW >200 mW
3rd Harmonic 233-323 nm >150 mW >100 mW
4th Harmonic 206-243 nm >50 mW >20 mW
Frequency Mixing 193-206 nm 3-10 mW 1-10 mW

*The rated average power is for peak tuning with DS/DM pump. For higher powers or DC pump, please contact us.

TU-L TU-H
Typical Pulse Widths 10-35 ns 30-50 ns
Spatial Mode Profile TEM 00 TEM 00
Energy Stability (P to P)* 2% rms 2% rms
Line Width (in fundamental) 0.1 cm^-1
Repetition Rate Single shot to 4kHz 4 kHz to 10kHz
Cooling closed loop chiller
Umbilical Length 3 meters (10 feet)

*For fundamental wavelengths

ENVIRONMENTAL & UTILITY REQUIREMENTS
TU-L TU-H
Operating Temperature 15 to 30 °C (59 to 86 °F)
Electric 110 VAC 20 Amps 0r 220 VAC 10amps @ 50/60 Hz
DIMENSIONS
Width Length Height
Laser Head (DC Pumped) 14 in 16 in 5 in
Laser Head (DS/DM Pumped) 14.5 in 26 in 4.25 in
Laser Controller 19 in 13.5 in 5.25 in

• OH Radical Concentration Measurement
• CARS
• LIDAR
• Laser Induced Flourescence
• Mass Spectrometry
• MALDI
• Multi-Photon Spectroscopy
• Raman Spectroscopy
• Non-contact Inspection
• Time resolved Spectroscopy
• Photoacoustics

Please contact us for more options