LINOS F-Theta-Ronar Lens
f = 167mm, 340-360nm, telecentric, fused silica
Part number
4401-511-000-21
Design wavelength
λ
(nm)
355
Effective focal length
EFL
(mm)
166.9
Back focal length
BFL
(mm)
255.8
Working distance
WD
(mm)
255.0
Flange focal length
FFL
(mm)
374.1
Beam diameter 1/e² truncated
Øbeam
(mm)
10.0
Recommended mirror distance m1
m1
(mm)
13.0
Recommended mirror distance m2
m2
(mm)
48.0
Recommended mirror distance m2mechanical
m2m
(mm)
39.8
±θ
(°)
11.3
Scan area (edge length of scan field)
2x * 2y
(mm²)
65 x 65
Spot diameter
Øspot
(µm)
13
DT
(°)
0.2
T
(%)
> 96
GDD
(fs²)
9708
(J/cm²)
4
(mm)
4.9; 5.3; 8.3; 16.6; 27.3; 45.2
(g)
2500
Scan angle
Telecentric error (maximum deviation)
Total transmission @ 340 - 360nm
Group delay dispersion at λ
LIDT coating @ 355nm, 6ns, 100Hz
Focused back reflex positions from first
surface
Weight
Protective glass
PG
4401-511-823-00
Optical parameters calculated for a 1-mirror system
Subject to technical change
Qioptiq Photonics GmbH & Co. KG
Königsallee 23
D - 37081 Göttingen
All rights reserved
O-LM_DS-4401-511-000-21_2020.09-V3
Not export controlled
Page 1 of 2
Tel: +49 (0) 551 6935-0
lmp@excelitas.com
www.qioptiq-shop.com
Mechanical drawing
Dimensions without tolerances are nominal values and illustration not to scale
Spot variation over scanfield
Spot radius in µm at 1/e² level for a Gaussian laser beam (M²=1)
field size and mirror distances as given above for a 2 mirror scan system
10mm diameter at 1/e² truncated
Notes
For technical explanations, see our homepage.
In a 1-mirror system, the entrance pupil (EP) is the position of the scan mirror. In a 2-mirror system, it is
the point where the scan mirrors should be placed around symmetrically to reach specified performance.
Qioptiq Photonics GmbH & Co. KG
Königsallee 23
D - 37081 Göttingen
All rights reserved
O-LM_DS-4401-511-000-21_2020.09-V3
Not export controlled
Page 2 of 2
Tel: +49 (0) 551 6935-0
lmp@excelitas.com
www.qioptiq-shop.com
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