Pulse Generation By Opto-Electronic Devices TRIZ Cases
- Integrated Opto-Electronic Oscillator Chip With Self-Injection Locking
Self-injection locking and multimode laser feedback stabilize microwave and millimeter-wave synthesis while cutting phase noise and timing jitter.
- Solid-State LiDAR Synchronization for Depth and Color Imaging
Sequential emitter firing and synchronized TOF and image sensing cut LiDAR power use while preserving depth accuracy and color imaging.
- Photonic Register Circuit With Feedback for Phase-Stable Logic
Cascaded photonic NAND gates with feedback, combiners, and phase shifters stabilize amplitude and phase for high-speed optical registers.
- Optical Clocked Sample-and-Hold Circuit for Low-Jitter Sampling
An optical clock drives the sample-and-hold control path to cut jitter and switching time while improving bandwidth, linearity, and resolution.
- Balanced Opto-Electrical Oscillator for Laser Noise Rejection
Balanced optical paths and out-of-phase feedback reject laser amplitude noise, improving opto-electrical oscillator phase noise.
- Optical Thyristor Flip-Flop for Higher-Order PSK Demodulation
An optical thyristor flip-flop shifts PSK phase detection into control circuitry, reducing receiver complexity while improving demodulation accuracy.