Deflectors - Near IR

Model A/R Coating Material Rayleigh Res'n 1 2

Aperture (mm) Sweep
BW
(MHz)
Center Freq. (MHz) Driver Feature
OAD1550-XY 1550nm TeO2 (S) 200 x 200 7 x 7 20 40 Here  
LS110A-NIR NIR TeO2 (S) 550 4 x 14 25 50 Here  
LS110A-NIR-XY NIR TeO2 (S) 240 x 240 6 x 6 25 50 Here  
1205C-x-804B NIR PbMoO4 66 2 x 6 40 80 Here  
OAD1343-XY <820 TeO2 (S) 400 X 400 9 X 9 30 70 Here  
OAD1344-XY >830 TeO2 (S) 400 X 400 9 X 9 30 70 Here  
LS55-NIR NIR TeO2 (S) 450 2 x 7 40 80 Here  
D1312-T80L NIR TeO2 40 6 30 80 Here  
D1086-T110L NIR TeO2 95 3 x 8 50 110 Here Conduction cooled
D1135-T110L NIR TeO2 95 3 x 8 50 110 Here  
1250-BS-926 NIR PbMoO4 60 0.5 x 3 70 145 Here  
1250C-BS-943A NIR PbMoO4 190 2 x 6 120 185 Here  


1 Rayleigh Resolution equates to the maximum number of optically resolvable spots (angles) alone a scan line.

2 Incremental resolution is infinite, limited only by the frequency resolution of the RF driver.