AVUS Optical Parametric Amplifier



AVUS Optical Parametric Amplifier (OPA) Provides Widely Tunable High-Energy Pulses.


Overview

Laser light with variable wavelengths are available via optical parametric amplifiers. The AVUS Optical Parametric Amplifier (OPA) provides widely tunable high-energy pulses. It is ideal for use with 1 μm femtosecond lasers and opens doors for up to 50 W pump power. The user-friendly and maintenance-free unit is air-cooled and constructed with a monolithic case design for long-term thermal stability, even at maximum pump power.

At a Glance

  • OPA for 1 μm pump laser
  • < 200 fs and < 70 fs versions available
  • 50 W maximum pumping power
  • Air-cooling and monolithic case for long-term temperature stability
  • Completely automated and fully computer controlled
  • Long-life operation with sealed inner case to protect sensitive components
  • TCP/IP remote control with standardized command set for easy programming
  • 24/7 integrated performance monitoring of both laser system and AVUS

AVUS SP | 70 fs

The fully-automated and alignment-free unit provides pulse durations below 70 femtoseconds. A short-pulse compression unit provides full dispersion control. Therefore AVUS SP is ideally suited for Multi-Photon Microscopy.

  • OPA for 1 μm pump laser
  • 50 W maximum pumping power
  • Pulse duration of 70 fs and below
  • Tunable from 650 nm … 2.5 μm
  • Air-cooling and monolithic case for long-term temperature stability

AVUS | 200 fs

The fully-automated and alignment-free unit covers a wide wavelength range, including options, from UV to IR. The integrated tuning and automatic wavelength separation of the AVUS maintain the same beam position and direction for all wavelengths.

  • OPA for 1 μm pump laser
  • 50 W maximum pumping power
  • Pulse duration of about 200 fs
  • Tunable from 210 nm … 11 μm
  • Air-cooling and monolithic case for long-term temperature stability

Full Support for Industry Standards

The AVUS Optical Parametric Amplifier handles a wide variety of laser systems from different manufacturers. For a detailed discussion just let us know your prefered laser system.


Specifications

At a Glance

OPAAVUSAVUS SP
Wavelength range Signal630 nm … 1020 nm650 nm … 920 nm
Wavelengh range Idler1040 nm … 2600 nm1150 nm … 2500 nm
Pump bypass, optional~1030 nm
Pump SHG, optional~515 nm
UV / VIS Extension, optional210 nm … 255 nm
260 nm … 510 nm
520 nm … 630 nm
IR Extension, optional2.6 µm … 11 µm
Conversion efficiency at peak12% Signal and Idler pumped with 35 W10% Signal and Idler pumped with 20 W
Pulse width, typical200 fs40 fs … 70 fs
Spectral bandwidth, typical70 cm-1 … 120 cm-1170 cm-1 … 300 cm-1
Time bandwidth product<1
Repetition rateUp to 2 MHz, equal to pump laser
PolarizationLinear, horizontal for Signal, Idler, UV, and VIS
Linear, vertical for IR
Linear, horizontal for Signal and Idler
ControlEmbedded PC integrated
Remote controlvia TCP/IP (SCPI command set), Windows remote desktop
CoolingAir-cooled
Mechanical designMonolithic
Main output portSingle output port for Signal and IdlerSeparated outputs for Signal and Idler
Beam routing and separationIntergrated, fully automated
MonitoringIntegrated monitoring and data logging for pump laser and OPA
(e.g. beam position / pointing, repetition rate, pulse energy)
Wavelength calibrationFactory calibrated
Appropriate pump parametersWavelength: 1020 nm … 1070 nm
Power: up to 50 W
Pulse energy: 8 µJ … 200 µJ
Pulse width: 200 fs … 400 fs, others on request
Repetition rate: up to 2 MHz
Polarization: Linear, any orientation

Datasheets & Brochures

APE Optical Parametric Amplifier OPA Shortpulse AVUS SP rev.3.2.0 – 40 fs – 70 fs Version (pdf / english)

APE OPA Optical Parametric Amplifier AVUS Ref 3.1.3 – 200 fs Version (pdf / english)

TCP/IP Standard Software Interface

Protocol templates with well-known programming languages – such as C++, C#, LabVIEW, Python, Matlab and Ruby – are available for developing your own remote routines.


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Fax: +49 30 986011333

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Fax: +49 30 986011333

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