The Laser Quantum venteon OPCPA provides a unique combination of a few-cycle pulse duration with a pulse energy in the µJ-regime at a high repetition rate. The excellent output stability, and the ability for a CEP-stabilised output, makes this amplifier the ideal source for nonlinear spectroscopy, high harmonic generation and applications in attosecond physics. In contrast to more commonly used Ti:sapphire amplifiers, the unique parametric amplification process of the venteon OPCPA gives rise to a much larger gain bandwidth which maintains the excellent few-cycle pulse duration through the amplification process.
Specification
| Average Power | >3 W | Pulse Repetition Rate | 200 kHz to 4 MHz |
| Pulse Energy | >0.75 ??J to >15 ??J* | Pulse Duration | <8 fs (measured) |
| Spectral Bandwidth | >300 nm (@-10 dBc) | Noise | <1% RMS |
| Operating Temperature | 15 - 25 ??C |
Features
- Remote connection capability
- CEPLoQ technology
- Low actual and FTL pulse duration
- CEP upgrade
- Parametric amplification for broadband amplification
- Microjoule pulse energy at MHz repetition rate
- Two color output optically synchronized as product variation
- Push button start of amplifier pump
- Automatic Delay stabilization
- Active beam pointing stabilization for long-term measurements
- MHz repetition rate for good experimental statistics
Applications
- OPCPA Principles & Technology
- Customisations
- *Additional Information/videos
- Carrier Envelope Phase Stabilisation
- CARS/SRS
- High Harmonic Generation
- Time resolved electron microscopy
- OPCPA