Chip Lens

Chip Lens

Using MPNICS’s unique micro molding method, we offer new customized design in shortest lead-time at lowest cost.

  • Material : Optical glass (RoHS compliant)
  • Optimal performance using Aspheric shape
  • Low cost and high productivity, Good reliability
  • Low lenses surface roughness and Low aspheric form error
  • Lens profiles : Bi-convex, aspherics
  • High Transmission with Low Insertion Loss

WL=Wave Length, EFL=Effective Focal Length, L1=WD, OI=Distance of the Object and Image, M=Magnification, NAO=Numerical Aperture Object, NA=Numerical Aperture

Part number
Type
WL
(λnm)
EFL
(mm)
BD
(mm)
L1
(mm)
L2
(mm)
OI
(mm)
M
NAO
NA
Size
W×H×CT (mm)
HVCD-0005-00 Collimator 1310 1.570 0.820 0.920 0.260 Ø2.00*T1.40
HVCD-0006-00 Collimator 1310 1.120 0.700 0.460 0.310 Ø2.20*T1.70
HVCD-0007-00 Collimator 1550 2.510 1.040 1.680 0.200 Ø2.50*T1.40
HVFD-0002-00 Coupling 1550 1.334 1.160 4.550 7.210 2.661 0.250 0.094 Ø1.80*T1.40
HVFD-0005-00 Coupling 1550 1.524 1.500 7.419 12.019 4.000 0.250 0.062 Ø3.60*T4.80
HVFD-0004-00 Coupling 1310 1.350 1.100 6.300 9.000 4.000 0.400 0.100 Ø3.00*T1.60
HVCD-0003-00 Collimator 1550 1.530 0.670 1.334 0.219 Ø5.00*T1.76
HVCD-0004-00 Collimator 1550 1.530 0.670 1.334 0.219 Ø5.00*T1.91
HVFD-0001-00 Coupling 1550 1.334 1.160 4.750 9.350 2.771 0.250 0.095 Ø3.60*T4.80
HVFD-0003-00 Coupling 1060 2.302 2.202 13.819 17.621 4.354 0.300 0.068 Ø4.40*T1.60

Collimator type

Lens configuration Glass Molded Chip Lens
Material Optical glass (RoHS compliant)
Lens size 1.0 ㎜ over
Antireflection film Dual-side multi-layer coating
Operating temperature -40℃ to 85℃
Storage temperature -40℃ to 100℃
Temperature and humidity resistance +85℃ at 85%RH
Storage temperature -40℃ to 100℃

Coupling type

Lens configuration Glass Molded Chip Lens
Material Optical glass (RoHS compliant)
Lens size 1.0 ㎜ over
Antireflection film Dual-side multi-layer coating
Operating temperature -40℃ to 85℃
Storage temperature -40℃ to 100℃
Temperature and humidity resistance +85℃ at 85%RH
Storage temperature -40℃ to 100℃