Amplifier Design

Products in this application

Input wavelengths 800, 1030 or 1240 nm
Maximum input pulse energy up to 100 mJ
Conversion efficiency up to 30%
Possible output wavelengths (for various input sources)
870, 1050, 1180, 1200, 1430, 1890, 1530, 1970, 2600 nm
Input spectral range 550-1100 nm
Input pulse duration range 5-320 fs
Input sensitivity 100 mW at 100 MHz;
1 uJ in single-shot mode
Input pulse repetition rate any
Wavelength 400-1250 nm
Clear aperture up to 20 mm
Peak isolation up to 60 dB
Transmission up to 92%
Damage threshold up to 5 J/cm^2
Input wavelength range 750-1600 nm
SH output wavelength 375-800 nm
TH output wavelength 250-533 nm
Conversion efficiency SH: 20-50%; TH: 3-15%
Input wavelength range 820-1600 nm
SH output wavelength 410-800 nm
FH output wavelength 205-400 nm
Conversion efficiency SH: 20-50%; FH: 3-10%
Input frequency signal up to 2.8 GHz
PID bandwidth up to 2 MHz
High-voltage amplifier for PZT up to 50 W
PZT modulation bandwidth up to 200 kHz
Possible operating wavelength range 200-2700 nm
Max. output rep. rate up to 100 kHz
Rise time 7 ns
Gate open time (adjustable) from 20 ns to 10 us
Contrast ratio >1000:1

Latest News

The TiF-100ST-F18-AU femtosecond high-power titanium-sapphire oscillator

Ti:S oscillator with up to 3 W output power at 100 fs

We have ramped up the maximum available output power for the TiF-100 series to more than 3 Watts at 800 nm, 100 fs, 80 MHz. The tuning range has also been extended to 720-950 nm, while an optional modification that covers 850-1040 nm is also avaiable. The system features a high-power low-noise integrated DPSS laser […]

TiF-100ST-F6 femtosecond Ti:S oscillator with Frep locking for multiphoton microscopy at CANDLE, Armenia

The TiF-100ST-F6 femtosecond Ti:S oscillator with a built-in pump laser, also equipped with the ALock PLL electronics unit for pulse repetition rate locking to an external RF source has been installed at the Synchrotron Research Institute’s CANDLE facility in Armenia. The setup has been developed and commercialized during the joint Russia-Armenia project supported by FASIE (Innovation […]

Video