Short pulse femtosecond laser
Few-Cycle - Short Pulse
Few cycle short pulse lasers have many advantages for researchers. With a constant average power, short pulses, and a higher peak power and spectral bandwidth, this is important for spectroscopy and is highly suitable for applications such as THz generation and OPCPA seeding. Short pulse lasers generate commercial pulse widths of at least 5 fs,.
Specific products:
venteon ultra

Main features:
·Remote connection capability
·Low actual and FTL pulse width
·2-year/unlimited guarantee
·Ultra short pulse width
·CEP upgrade
Application:
Ultra fast time-domain spectroscopy
Detailed parameters:
|
wavelength |
800nm (+/- 20nm) |
|
Spectral full width at half maximum |
>400nm (@-10dBc) |
|
pulse width |
<5fs (FTL), <5.5fs (measured) |
|
M side |
<1.2 |
|
Power stability |
<1% |
|
noise |
<0.08%rms |
|
pulse energy |
>3nJ |
|
repetitive frequency |
80MHz |
|
Average power |
>240mW |
venteon CEP5

Detailed parameters:
|
wavelength |
800nm (+/- 20nm) |
|
Spectral full width at half maximum |
>380nm (-10dBc) |
|
pulse width |
<5fs (FTL), <5.5fs (measured) |
|
Divergence angle |
<1mrad |
|
M side |
<1.2 |
|
Power stability |
<1% |
|
noise |
<0.08%rms |
|
pulse energy |
>2.75nJ |
|
repetitive frequency |
80MHz |
|
Average power |
>220mW |
Venteon dual

Detailed parameters:
|
wavelength |
800nm (+/- 20nm) |
|
Spectral full width at half maximum |
>380nm (-10dBc) |
|
pulse width |
<5.5fs (TL), <6fs (measured) |
|
M side |
<1.2 |
|
Power stability |
<1% |
|
noise |
<0.08%rms |
|
pulse energy |
>2.5nJ |
|
repetitive frequency |
80MHz |
|
Average power |
>200mW |
