PG403 series picosecond OPO

PG403 series picosecond OPO
PG 403 series OPGs are excellent choice for researchers who need picosecond tunable sources from UV to mid IR. Featuring 1 kHz repetition rate and due to the unique broad tunability range these devices are a very attractive and cost-efficient alternative to other tunable laser radiation sources.
Features
  • Picosecond pulses at 1 kHz pulse repetition rate
  • Tuning range from 230 nm to 2300 nm
  • < 12 cm-1 Linewidth
  • Low divergence
  • Hands free wavelength tuning
  • Remote control via keypad
  • PC control using RS232 and LabView drivers
 
Applications
  • Time resolved pump-probe spectroscopy
  • Laser-induced fluorescence
  • Infrared spectroscopy
  • Nonlinear spectroscopy: SFG, SH, CARS
  • Other laser spectroscopy applications
 
PG 403 series OPGs are excellent choice for researchers who need picosecond tunable sources from UV to mid IR. Due to the unique broad tunability range these devices are a very attractive and cost-efficient alternative to other tunable laser radiation sources.
PG403 model optical parametric generators (OPG) are designed for use together with PL2210 series mode-locked picosecond lasers. The optical layout is optimized for pumping with 1 kHz pulse trains with up to several mJ pulse energy.
PG403-SH extends tuning range down to 230 nm that allows time-resolved fluorescence or other measurements where short excitation wavelength is needed.
Microprocessor based control system provides automatic positioning of relevant components allowing handsfree operation. Nonlinear crystals, diffraction grating and filters are rotated by ultra-precise stepper motors in microstepping mode with excellent reproducibility. Precise nonlinear crystal temperature stabilization ensures long-term stability of generated wavelength and output power.
For customer convenience system can be controlled using user-friendly remote control pad or through RS232 interface from personal computer (PC) using supplied LabView drivers. Both options allow easy set of the output wavelength and monitoring of pump pulse energy with build in photodetector.