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wavelength locking scheme 10.1117/12.2507260

This electronic technique dispenses with the optical components used in conventional wavelength locking schemes and shifts wavelength control to system level electronic instrumentation.

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wavelength locking scheme 10.23919/PS.2019.8817847

We experimentally demonstrate a multi-stage wavelength locking scheme based on saddle point searching in a dual-ring based $4\times 4$ electro-optic switch.

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Wavelength Locking sentence examples within wavelength locking system

wavelength locking system 10.1364/OFC.2019.W2A.16

A doubly-resonant cavity Brillouin Ring Laser coupled with a wavelength locking system is presented and evaluated as a tunable pump-probe source for BOTDA sensing, exhibiting low RIN (−145 dB/Hz) and narrow pump-locked bandwidth (∼200 Hz).

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wavelength locking system 10.1109/PIERS-Spring46901.2019.9017494

A doubly resonant short cavity Brillouin ring-laser actively stabilized with a wavelength locking system are employed as a low-RIN pump-probe source for Brillouin optical time-domain analysis (BOTDA) sensing.

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10.1088/1612-202X/AAFF4D

This paper demonstrates the wavelength locking of a coherent random lasing system, i.

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10.1117/12.2507260

This electronic technique dispenses with the optical components used in conventional wavelength locking schemes and shifts wavelength control to system level electronic instrumentation.

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10.1364/OFC.2019.TH3F.4

We propose a colorless coherent PON architecture alleviating the need for wavelength locking of the ONU lasers.

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10.1364/OFC.2019.W2A.16

A doubly-resonant cavity Brillouin Ring Laser coupled with a wavelength locking system is presented and evaluated as a tunable pump-probe source for BOTDA sensing, exhibiting low RIN (−145 dB/Hz) and narrow pump-locked bandwidth (∼200 Hz).

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10.1109/hpd48113.2019.8938669

Different techniques for wavelength locking to and operation with a narrow emission spectrum are discussed.

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10.1117/12.2537814

It uses quadrature-phase component of the CPT signal within the CPT resonance feedback loop and automatic wavelength locking of radiation from a VCSEL to the atomic absorption line.

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10.23919/PS.2019.8817847

We experimentally demonstrate a multi-stage wavelength locking scheme based on saddle point searching in a dual-ring based $4\times 4$ electro-optic switch.

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10.1364/oe.27.036625

The wavelength locking range is larger than one free spectral range (FSR) of 6 nm, and the locking errors are ≤0.

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10.7916/d8-x39h-rd69

The second solution presents a resonance wavelength locking with a single digital I/O for control and feedback signals.

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10.1109/PIERS-Spring46901.2019.9017494

A doubly resonant short cavity Brillouin ring-laser actively stabilized with a wavelength locking system are employed as a low-RIN pump-probe source for Brillouin optical time-domain analysis (BOTDA) sensing.

Full Text

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10.1364/OFC.2019.W1E.1

We propose and experimentally demonstrate a neural-network-based wavelength locking algorithm for a 1 × 2 silicon microring switch.

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Keywords related to Wavelength

Wavelength Radio Wavelength Control Wavelength Interleaving Wavelength Optical Wavelength Optimization Wavelength Ranges Wavelength Intensity Wavelength Measurement Wavelength Band Wavelength Scanning Wavelength Allocation Wavelength Region Wavelength Light Wavelength Switchable Wavelength Ir Wavelength Plasmonic Wavelength Shifts Wavelength Drift Wavelength Excitation Wavelength Spectrum Wavelength Fiber Wavelength Division Multiplexing Wavelength Bands Wavelength Modulation Wavelength Dispersive X Ray Wavelength Infrared Wavelength Regions Wavelength Monitoring Wavelength Tunable Wavelength Tuning Wavelength Tunability Wavelength Selective Switch Wavelength Shifting Wavelength Multicasting Wavelength Stabilized Wavelength Sensitivity Wavelength Range Wavelength Assignment Wavelength Demodulation Wavelength Technique Wavelength Measurements Wavelength Dependent Wavelength Dispersive Wavelength Emission Wavelength Routing Wavelength Dependence Wavelength Ultraviolet Wavelength Tunable Laser Wavelength Demultiplexer Wavelength Converter Explore More

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Wavelength Locking

Encyclopedia

Dec 11, 2023

What is/are Wavelength Locking?

Wavelength Locking - This paper demonstrates the wavelength locking of a coherent random lasing system, i. ^[1] This electronic technique dispenses with the optical components used in conventional wavelength locking schemes and shifts wavelength control to system level electronic instrumentation. ^[2] We propose a colorless coherent PON architecture alleviating the need for wavelength locking of the ONU lasers. ^[3] A doubly-resonant cavity Brillouin Ring Laser coupled with a wavelength locking system is presented and evaluated as a tunable pump-probe source for BOTDA sensing, exhibiting low RIN (−145 dB/Hz) and narrow pump-locked bandwidth (∼200 Hz). ^[4] Different techniques for wavelength locking to and operation with a narrow emission spectrum are discussed. ^[5] It uses quadrature-phase component of the CPT signal within the CPT resonance feedback loop and automatic wavelength locking of radiation from a VCSEL to the atomic absorption line. ^[6] We experimentally demonstrate a multi-stage wavelength locking scheme based on saddle point searching in a dual-ring based $4\times 4$ electro-optic switch. ^[7] The wavelength locking range is larger than one free spectral range (FSR) of 6 nm, and the locking errors are ≤0. ^[8] The second solution presents a resonance wavelength locking with a single digital I/O for control and feedback signals. ^[9] A doubly resonant short cavity Brillouin ring-laser actively stabilized with a wavelength locking system are employed as a low-RIN pump-probe source for Brillouin optical time-domain analysis (BOTDA) sensing. ^[10] We propose and experimentally demonstrate a neural-network-based wavelength locking algorithm for a 1 × 2 silicon microring switch. ^[11]

wavelength locking scheme

This electronic technique dispenses with the optical components used in conventional wavelength locking schemes and shifts wavelength control to system level electronic instrumentation. ^[1] We experimentally demonstrate a multi-stage wavelength locking scheme based on saddle point searching in a dual-ring based $4\times 4$ electro-optic switch. ^[2]

wavelength locking system

A doubly-resonant cavity Brillouin Ring Laser coupled with a wavelength locking system is presented and evaluated as a tunable pump-probe source for BOTDA sensing, exhibiting low RIN (−145 dB/Hz) and narrow pump-locked bandwidth (∼200 Hz). ^[1] A doubly resonant short cavity Brillouin ring-laser actively stabilized with a wavelength locking system are employed as a low-RIN pump-probe source for Brillouin optical time-domain analysis (BOTDA) sensing. ^[2]