Semiconductor Laser Arrangements TRIZ Cases
- Multi-Junction Laser Module Beam Deflection for Fiber Coupling
A transmissive beam-deflecting element corrects fast-axis angle mismatch so stacked laser beams stay parallel for bright fiber coupling.
- Laser Light Module Lens Array With Sub-Lenses for Beam Alignment
Sub-lenses correct emitter position offsets in a laser lens array, improving beam alignment, diameter uniformity, and diverging angle control.
- Laser Beam Coupling Optics Using Energy-Gap Lens Materials
Selecting BK7 and synthetic quartz lenses by energy gap suppresses two-photon absorption and keeps fiber coupling stable over time.
- Monolithic Laser Array Multiplexing for Individual Source Control
A single-substrate laser array and multiplexer enables individual source control while reducing external driver circuits, cost, and footprint.
- Laser Diode Bar End-Surface Film Formation With Projection Jig
Projections on the plate keep laser diode bars and dummy bars aligned during insulation film formation, even as the jig wears.
- Laser Output Power Control for Environmental Fluctuation Compensation
Environmental monitoring and program updates help stabilize laser output power and protect processing accuracy from temperature and humidity shifts.
- Semiconductor Laser Module Wire Layout to Prevent Emission Crosstalk
Non-parallel bonding wires reduce electromagnetic coupling between adjacent emission units, suppressing unintended laser emission.
- Vehicle LiDAR Beam Spacing and Shot Power by Elevation Angle
Non-uniform LiDAR beam spacing, timing, and power improve close-range resolution while cutting sensor power use and processing load.
- Semiconductor Laser Submount Layout for Consistent Emission Position
A common submount layout for different semiconductor laser lengths reduces emission position deviation and simplifies optical design.
- Stacked Laser Assembly With Spacers for Compact Beam Alignment
Spacer-based laser stacking replaces bulky alignment optics, simplifying manufacture while enabling precise beam positioning in compact AR glasses.
- Optical Assembly Crosstalk Calibration for Accurate Backlight Detection
Crosstalk calibration matrices separate multi-wavelength backlight signals, improving TOSA power detection without extra light-blocking elements.
- Flexible VCSEL Optogenetic Probe for Low-Heat Spatial Stimulation
Dense VCSEL emitters on a flexible conductive probe improve spatial sound coding while cutting heat and supporting chronic biocompatible use.
- Semiconductor Laser Lens Array Layout for Rotational Tolerance
Optimized lens spacing and curvature reduce source-lens misalignment from slight rotation, keeping emitted light intensity distribution stable.
- Light-Emitting Module Mirror Layout for Laser Beam Combining
Mirror redirection and lens focusing correct beam path deviations from multiple semiconductor lasers before coupling combined light into an optical fiber.
- Optical Fiber Vacuum Collet for Uniform Lens Curing Alignment
An embedded optical fiber delivers UV light through the vacuum collet to cure epoxy uniformly while preserving lens alignment in multi-channel modules.
- Laser Driver Circuit Layout for Low-Parasitic LiDAR Pulsing
A stacked laser driver layout shortens current paths to cut parasitic inductance and capacitance for nanosecond LiDAR pulse control.
- LED Array Wiring Layout for Independent Row Control
Relay-assisted series wiring lets two-row LED arrays control multiple element groups independently while keeping emission patterns flexible.
- U-Turn SOA Array Layout for Low-Loss Photonic IC Routing
A U-turn SOA array uses parallel gain regions and passive waveguides to cut coupling loss, simplify PIC routing, and suppress crosstalk.