Optical Measurements TRIZ Cases
- Two-Dimensional Spectral Shearing Interferometry for Pulse Characterization
A two-dimensional spectral shearing interferometry technique measures ultrashort pulse phase spectra using collinearly mixed chirped pulses.
- Light Beam Characterization Using Lens Array Interferometry
A lens array splits the beam into sub-beams that interfere to form an interference pattern, eliminating optical fiber phase fluctuations.
- Microscope Wavefront Analysis Coupling Assembly
A detachable coupling assembly integrates a beam splitter with a wavefront analysis system into a microscope housing.
- Atmospheric Turbulence Measurement Using Dual Temperature Sensors
Dual precision temperature sensors calculate nodal atmospheric turbulence from thermal gradients, eliminating path averaging errors in optical system design.
- Interferometer Mode Hop Detection via Phase Shift Analysis
Phase shift analysis identifies laser mode hops to maintain absolute position accuracy without extra zeroing sensors.
- Optical Source Characterization Using Fixed Fabry-Perot Standards
Fixed Fabry-Perot standards filter radiation to eliminate non-matching values, resolving the trade-off between measurement speed and cost.
- Shack-Hartmann Sensor Wavefront Precision via Spot Segmentation
Segmenting detection areas reduces crosstalk from overlapping spots, maintaining wavefront measuring precision despite steep local slope variations.
- Vectorial Optical Field Measurement Apparatus
- EUV Mask Phase Measurement Using Reflectivity and Diffraction
A phase measuring apparatus calculates EUV mask phase using reflectivity and diffraction efficiency data from a dedicated detector.
- Spectroscopic Device Fast Dispersion Deformable Mirror
A spectroscopic device uses a modulation unit and deformable mirror to convert light wavefronts into parallel beams for rapid spectral dispersion.
- PGC Demodulator Phase Sensitivity Calibration
A PGC demodulator injects a calibration signal with known phase magnitude to determine unit phase output values.
- 120-Degree Phase Separation for Optical Phase Demodulation
Balanced photo-detectors process 120-degree phase-separated signals to reject common-mode noise and increase dynamic range.
- Optical Module Adjustment Using Wavefront Sensor Parallelism
Wavefront sensor measures light flux parallelism to adjust display panel orientation, eliminating time-consuming screen formation and camera detection steps.