HI-Q® ULTRA-NARROW LINEWIDTH LASERS
HI-Q® Laser have enabled scientists and engineers to speed up their optical clock development, control qubits and quantum computations with higher fidelity, and achieve smaller and faster vibrations detection with better resolution. In industries across quantum, fiber optic sensing, and biomechanics, the low noise lasers are accelerating development and improving results.
Product | Wavelength |
|---|---|
370 nm to 4500 nm | |
370 nm to 4500 nm | |
400 nm to 434 nm | |
435 nm to 480 nm | |
530 nm to 560 nm | |
640 nm to 700 nm | |
770 nm to 795 nm | |
840 nm to 960 nm | |
960 nm to 990 nm | |
1012 nm to 1014 nm | |
1050 nm to 1080 nm | |
1112 nm to 1158 nm | |
1160 nm to 1190 nm | |
1230 nm to 1290 nm | |
1290 nm to 1370 nm | |
1380 nm to 1460 nm | |
1500 nm to 1530 nm | |
1530 nm to 1565nm | |
1565 nm to 1590 nm | |
1600 nm to 1700 nm | |
1700 nm to 1800 nm | |
1800 nm to 1900 nm | |
1900 nm to 2100 nm | |
3000 nm | |
3500 nm |
Features
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Ultra-narrow Instantaneous Laser Linewidth
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Ultra-Low Phase/Frequency Noise
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370 nm - 4500 nm Wavelength
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Low Vibration Sensitivity
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Low Residual Amplitude Modulation
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Wavelength Stability
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Compact Package
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Integrated Driver/Controller
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USB or RS-232 Control Interface
Applications
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Interferometric Optical Sensing
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LIDAR
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B-OTDR Temperature and Strain
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Gas Sensing
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Optical Metrology and Spectroscopy
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Quantum Computing
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Quantum Communications
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Quantum Sensing
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Acoustic Sensing
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Oil and Gas Exploration
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Coherent Communication
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Test and Measurement
The unique technology of the OEwaves HI-Q® laser leverages the self-injection locking capability of a suitable commercially available laser diode via resonant optical feedback from a high-Q WGM micro-resonator. Its monolithically integrated approach along with micro-scale mass and volume make the laser virtually insensitive to environmental vibrations.