The venteon femtosecond oscillators offer exceptional stability, ease of use and few-cycle pulse duration. The venteon ultra provides sub2-cycle pulses with a measured pulse duration of <5.5 fs and octave-spanning spectrum with a bandwidth of >400 nm (-10dBc). It delivers an average output power of more than 240 mW, corresponding to a pulse energy of more than 3 nJ at 80 MHz pulse repetition rate.
|Average Power||>240 mW||Pulse Repetition Rate||80 MHz|
|Pulse Energy||>3 nJ||Pulse Duration||<5 fs (FTL), <5.5 fs (measured)|
|Spectral Bandwidth||>400 nm (@-10 dBc)||Central Wavelength||830 nm ± 30 nm|
|Power Stability||<1% RMS||Noise||<0.1% RMS|
|M2||<1.2||Beam Diameter||0.8 mm ± 0.3 mm|
|DATASHEET - venteon family of ultrashort pulse lasers||1314KB|
|Software - vChirp GDD modeling software||14537KB|
|Software - vWaistwatcher||6406KB|
|Abstract - Measurement of femtosecond plasmon response with dark field microscopy||206KB|
|Abstract - Ultrabroadband THz generation||316KB|
|Abstract - FT spectroscopy with 5fs pulse for non-linear microscopy||211KB|
|Whitepaper - Benefits of Ultrashort pulses||418KB|
|Abstract - Plasmon control using spectral interferometry with NSOM||279KB|
|Scientific paper - Multifarious control of two-photon excitation||1092KB|
|Abstract - Measurement of two-photon excitation spectra||299KB|
|Scientific paper - Single pulse coherent anti-Stokes Raman scattering microscopy||369KB|
|Article - Laser requirements and advances for Raman techniques||1165KB|
Power Stability: RMS, measured over 24 hours after cold-start within operating temperature range.
Pulse Duration: Achieved with optional extra cavity compression.
Repetition Rate: accuracy +/- 100 kHz, other repetition rates available upon request.
Repetition rate must be selected at the time of order.
If required, the repetition rate can be locked to a suitable radiofrequency reference source.