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Equipped with our proprietary Ace cavity design, the Spitfire Ace provides guaranteed long term performance, low noise and reliable day-to-day operation resulting in consistent OPA performance and nonlinear wavelength conversion for use in the most demanding ultrafast applications.
- Linear, Horizontal
- >1000:1
- >100:1
Spitfire Ace CEP6 is a carrier-envelope phase stabilized regenerative amplifier for attosecond science and high-harmonic generation. It offers >5 mJ energy, long-term stability, and f-to-2f interferometer CEP6 technology.
Spitfire Ace is a combat flight simulator video game created and published by MicroProse in 1982 shortly after it was founded. It was one of the first video games designed and programmed by Sid Meier, originally developed for Atari 8-bit computers and ported to the Commodore 64 and IBM PC compatibles (as a self-booting disk) in 1984.
The Spectra-Physics Spitfire Ace is our flagship amplifier system. It is the most technically advanced Ti:Sapphire regenerative amplifier commercially available. Equipped with our proprietary Ace cavity design, the Spitfire Ace provides guaranteed long term performance, low noise and reliable day-to-day operation.
Equipped with our proprietary Ace cavity design, the Spitfire Ace provides guaranteed long term performance, low noise and reliable day-to-day operation resulting in consistent OPA performance and nonlinear wavelength conversion for use in the most demanding ultrafast applications.
The Spectra-Physics Spitfire® Ace™ is our flagship amplifier system. It is the most technically advanced Ti:Sapphire regenerative amplifier commercially available. Equipped with our proprietary XP cavity design, the Spitfire Ace provides guaranteed long term performance, low noise and reliable day-to-day operation resulting in
successful Spectra-Physics Spitfire Ace ultrafast amplifier, CEP6 results in >5 mJ, <25 fs pulses with record low CEP-stability of <100 mrad (10-shot average) and <300 mrad single-shot over many hours of continuous operation. With this incomparable performance and stability, CEP6 is ideal for cutting-edge attosecond
