1-BDP-3-0127 60.6deg, λ/10, 20-10 S-D, SF10 Brewster Angle Dispersing Prism For Ultrashort Pulses, 12.7 x 12.7 mm

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1-BDP-3-0127 60.6deg, λ/10, 20-10 S-D, SF10 Brewster Angle Dispersing Prism For Ultrashort Pulses, 12.7 x 12.7 mm
US$83.20
Dispersing prisms are essential parts in most of ultrashort pulse laser systems. These prisms are used intracavity to compensate for dispersion of fixed cavity optics, such as active gain medium. But in most of cases they are used as extra-cavity elements to manipulate pulse characteristics.

Three materials with different dispersive properties are available. For the highest group velocity dispersion dense SF10 is used. Prisms made of SF10 feature GVD of ~1600 fs²/cm. GVD is equal to ~350 fs²/cm in case of fused silica. For intermediate GVD vales (600 fs²/cm) LaKL21 prisms are also available.

Standard prisms feature high surface quality and flatness and only high purity optical materials are used in production. Prisms are designed in a way to satisfy condition of minimum loss due to entrance and exit at Brewster’s angle.
Apex Angle, deg 60.6
Dimensions, mm 12.7 x 12.7
Material SF10
Surface Flatness λ/10
Surface Quality, S-D 20-10 S-D
Delivery 2-4 weeks
Description

Details

Dispersing prisms are essential parts in most of ultrashort pulse laser systems. These prisms are used intracavity to compensate for dispersion of fixed cavity optics, such as active gain medium. But in most of cases they are used as extra-cavity elements to manipulate pulse characteristics.

Three materials with different dispersive properties are available. For the highest group velocity dispersion dense SF10 is used. Prisms made of SF10 feature GVD of ~1600 fs²/cm. GVD is equal to ~350 fs²/cm in case of fused silica. For intermediate GVD vales (600 fs²/cm) LaKL21 prisms are also available.

Standard prisms feature high surface quality and flatness and only high purity optical materials are used in production. Prisms are designed in a way to satisfy condition of minimum loss due to entrance and exit at Brewster’s angle.
Features
  • High surface quality and flatness
  • Precisely cut at Brewster's angle
  • Minimal Fresnel losses
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