Coupling Light Guides TRIZ Cases

Offset stacked patch strips provide improved manual access to optical fiber connectors, reducing maintenance fatigue in high-density environments.

Tapered etched grooves guide optical components into precise positions, reducing labor costs associated with active alignment.

Integrating passive optical devices into the cable inlet eliminates separate splice trays, saving enclosure volume and ensuring reliable outdoor performance.

Molded housing merges outer and surrounding walls into one piece, reducing dimensional tolerance accumulation and improving water-resistance.

An eye safety mechanism monitors optical receive channels to control transmit power levels in bi-directional data cables.

A duplex optical fiber connector uses a lens component with V-grooves and flexible retention features to align bare fibers precisely.

A chip-based frequency comb generator uses a silicon dioxide wedge structure disk resonator to produce microwave repetition rates.

Relocating the compression spring to the latch structure frees internal cartridge space, enabling higher connector density without sacrificing ejection force.

A MEMS photonic switch uses interstitial photodiodes to detect beam spots and align mirrors without precession.

Radial fused fiber arrays on a support member reduce housing volume and assembly complexity by eliminating external splices.

A plasmonic via light interconnection device converts electrical signals to optical signals using metal-insulator-metal waveguides.

Integrating waveguide and strength member bores into a single housing eliminates multi-piece assembly complexity while maintaining mechanical retention.

Reversing crystal orientations in nitride semiconductor regions compensates for phase mismatch, boosting wavelength conversion efficiency.

A beveled fiber endcap redirects peripheral light toward a lens to ensure full beam transmission through restricted apertures.

Pivoting a floating heatsink via an actuator prevents thermal interface material disruption during component insertion.

Pre-formed grooves position single-mode fiber against silicon photonics components, removing active alignment needs.

A planar optical package uses segmentation to separate the fiber pigtail from the sealed can, enabling precise alignment of optoelectronic components.

Unit holes in a ferrule body guide resin lens units into position, resolving manufacturing complexity while maintaining high precision.