2010nm

Mirror
Output Coupler
Short Wave Pass Filter
Thin Film Polarizer
Mirror

Turning Mirror [ Coating on Fused Silica IR grade, HR>99.9%, Angle of Incidence=45°, Polarisation:s-Pol. HRs (45°, 2 090 nm) > 99.9 % ]

Reflection Spectrum

GTI Mirror [ HR(0-5°,2010-2100nm)>99.9%, GDD(0-5°,2010-2100nm)= -500 (±150) fs²) ]

Reflection Spectrim	GDD Spectrim

Output Coupler

PR(70%)
S1: AR (0°, 2 010 – 2 100 nm) < 0.25 %
S2：Coating on Fused Silica IR grade; PR (0°, 2 010 – 2 100 nm) = 70 (±2) %.

Reflection Spectrum [ S1 ]	Reflection Spectrum [ S2 ]

PR(80%)
S1: AR (0°, 2 010 – 2 100 nm) < 0.25 %
S2：Coating on Fused Silica IR grade; PR (0°, 2 010 – 2 100 nm) = 80 (±2) %.

Reflection Spectrum [ S1 ]	Reflection Spectrum [ S2 ]

PR(95%)
S1: AR (0°, 2 010 – 2 100 nm) < 0.25 %
S2：Coating on Fused Silica IR grade; PR (0°, 2 010 – 2 100 nm) = 95 (±1) %.

Reflection Spectrum [ S1 ]	Reflection Spectrum [ S2 ]

Short Wave Pass Filter

Angle of incidence: 45°, Polarisation: s,p – Pol.
S1: ARs.p (45°, 1 908 nm) < 0.6 %
S2：Coating on Fused Silica IR grade; HRs,p (45°± 3°, 2 090 nm) > 99.8 %, Rs,p (45°± 3°, 1 908 nm) < 3 %

Reflection Spectrum [ S2 ]

Thin Film Polarizer

Angle of incidence: 55°, Polarisation: s,p – Pol.
Coating on Fused Silica IR grade; TFP (55°, 2090nm) Rs > 99.9 %, Rp < 1%

Reflection Spectrim