Multimode Microlens Array
1-847-882-2288
www.components.omron.com
12ch Flat/P1L12A
12ch Right Angle/P1L12C
P1L
Structures
Dimensions (mm)
Specifications
Type Flat (Collimator Type) Right Angle
Number of Lens 1 x 12 2 x 12
Insertion Loss 2.0dB (Typ. 1.2dB) *1 2.5dB (Typ. 1.5dB) *3
Cross Talk 50dB 50dB
Lens Position Tolerance 0.005mm *4 0.005mm *4
Dimensions W2.5 x L6.4 x H0.55mm W2.6 x L6.4 x H2.6mm
Flat (Focuser Type)
1 x 12
2.0dB (Typ. 1.5dB) *2
50dB
0.005mm *4
W2.5 x L6.4 x H0.55mm
Features
•
•Low cost achieved by high precision injection molding
•Anti-reflective (AR) coating available
•Insertion loss (IL) can be reduced through customization
•Custom lens and various channel configurations available (i.e. 1 x 4, 2 x 12, etc.)
*1 Light Source: 850nm (Steady State Mode by LED)/Air Gap: 1.5mm (Lens to Lens)
Attached to the MT guide pin without any other alignment and matching glue
*2
Light Source: 850nm (Steady State Mode by LED)/Air Gap: 0.4mm (Fibre to Lens)
Attached to the MT guide pin without any other alignment and matching glue
Light Source: 850nm_VCSEL(*12um, Divergence < 30°)/Air Gap: 0.3mm
(VCSEL to Lens), 0.3mm (Lens to Fiber) active alignment for VCSEL side,
non active alignment for fiber side without matching glue between fiber and lens
*3
*4 Lens position tolerance is defined as an error to the true
position referred to the center point of alignment holes
Applications
•Transceiver (For Parallel Optical Link)
•Optical Interconnection
•Board-to-board
•Chip-to-chip Interconnection
•Free-space Optical Connectivity
Easy alignment with high precision positioning
holes based on MT guide pins
Flat and Right Angle Type Micro Lens Arrays
Provide Low Cost Optical Connections in
Free Space Applications
