Ultrafast Laser Mirrors
CVI
Technical Note:Ultrafast Laser Mirrors
▼Specification Hereunder▼
TFPK - Broadband Low Dispersion Beamsplitters
CVI
Serie TFPK broadband has been developped to satisfy requirements for very high power, short pluse lasers.
- User specified wavelength from 250 - 1550nm
- Ideal for intracavity use in femtosecond regenerative amplifiers
- Low group velocity dispersion for ultra short femtosecond
LGVD - Broadband Low GVD Ultrafast Mirrors
CVI
Serie LGVD:Broadband Low GVD Ultrafast Mirrors
- Substrate material: BK7
- Wedge: ≤5 minutes
- Damage thresholds: 100mJ/cm², 50fs pulse at 800nm typical
- Standard wavelength regions:
- 700-825nm and 775-900nm
- <10fsec GVD
- <100fs3 cubic term dispersion over 125mm bandwidth
FABS - Femtosecond Autocorrelator Beamsplitters
CVI
Serie FABS:Femtosecond Autocorrelator Beamsplitters
Theu are useful in many other types of pump-probe experiments and in the construction of antiresonant ring configurations.
- Substrate material: User specified
- Standard wavelength: 400nm & 800nm
- Angle of incidence: 45°
Isoceles Brewster Prisms
CVI
Serie IB:Isoceles Brewster Prisms
- Angular deviation: ±3 minutes
- Substrate material: Suprasil1, UV grade fused silica , LaFN28, LaKL21 or SF10 glass
- Two sides optically polished
- GVD correction prisms for femtosecond systems
- Extremely small loss for P-polarization beam
AR1 - Round & D-Shaped Pump Mirrors
CVI
Serie AR1:Lasers mirrors for femtosecond laser require a large bandwidth and linear phase versus frequency characteristics.
CVi's offers sets of mirrors for all variety of TiSa lasers, steering mirrors that do not degrade pulse width at all wavelength, and dichroic mrrirs to admit the pump beam into your resonator configuration.
- Center wavelength: 488-515nm & 532nm
- Reflectivity:> 99.7%
- Angle of incidence: 0-15°
Ti:Sapphire Wavelength Tuning Systems
CVI
Serie WTS Ti:Sapphire Wavelength Tuning Systems: durable dielectric wavelength mirrors are designed for high reflectivity at both Nd:YAD and doubled YAG wavelengths at either 0° or 45°
- Substrate material: Laser grade crystal quartz
- Birefringent tuning filter for CW, Ti:Sa, and other wavelength selection applications
- Linear tuning from 750-950nm
Photonics 
