Linewidth Analyzer LWA Series

Linewidth Analyzer LWA Series

Supplier
Toptica-China
Part Number
Linewidth Analyzer LWA Series
Category
Optical Wavelength Meters
Origin
China

HighFinesse Linewidth Analyzers are high-end instruments designed for precise measurement, analysis, and control of laser frequency noise and linewidth. They combine interferometric principles with advanced optical and electronic components.

Specification Snapshot
Wavelength Range LWA-1k 780
760-1064nm
Wavelength Range LWA-1k 1550
1530-1625nm
Wavelength Range LWA-10k VIS
450-1064nm
Wavelength Range LWA-10k NIR
1064-1625nm
Laser Type
CW
Laser Type
single mode
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Overview

HighFinesse Linewidth Analyzers are high-end instruments designed for precise measurement, analysis, and control of laser frequency noise and linewidth. They combine interferometric principles with advanced optical and electronic components.

Specifications

ParameterValue
Wavelength Range LWA-1k 780760-1064nm
Wavelength Range LWA-1k 15501530-1625nm
Wavelength Range LWA-10k VIS450-1064nm
Wavelength Range LWA-10k NIR1064-1625nm
Input Power Range LWA-1k 7801-15mW
Input Power Range LWA-1k 15500.5-8mW
Input Power Range LWA-10k VIS0.5-8mW
Input Power Range LWA-10k NIR0.5-8mW
Required Input Power Stability±5%
Laser TypeCW
Laser Typesingle mode
Input Fiber TypePM, FC/APC
Maximum Frequency Stroke LWA-1k 78030MHz
Maximum Frequency Stroke LWA-1k 155030MHz
Maximum Frequency Stroke LWA-10k VIS40MHz
Maximum Frequency Stroke LWA-10k NIR100MHz
Noise Floor LWA-1k 780200Hz/Hz
Noise Floor LWA-1k 155080Hz/Hz
Noise Floor LWA-10k VIS500Hz/Hz
Noise Floor LWA-10k NIR1kHz/Hz
Minimum Measurable Intrinsic Linewidth LWA-1k 780<3kHz
Minimum Measurable Intrinsic Linewidth LWA-1k 1550<350Hz
Minimum Measurable Intrinsic Linewidth LWA-10k VIS<12kHz
Minimum Measurable Intrinsic Linewidth LWA-10k NIR<10kHz
Effective Linewidth Range LWA-1k 780<10kHz-20MHz
Effective Linewidth Range LWA-1k 1550<1kHz-20MHz
Effective Linewidth Range LWA-10k VIS<20kHz-30MHz
Effective Linewidth Range LWA-10k NIR<15kHz-100MHz
Dynamic Range60dB
InterfaceUSB 2.0 Type B (LWA-1k 780, LWA-1k 1550), Ethernet (LWA-10k VIS, LWA-10k NIR)
Analog Output/Error SignalBNC ±7.5(50Ω) ±15(high impedance)V, single ended
Cutoff (Highpass Filter)10Hz
Dimensions LWA-1k 780220mm×334mm×96mm
Dimensions LWA-1k 1550220mm×334mm×96mm
Dimensions LWA-10k VIS440mm×340mm×155mm
Dimensions LWA-10k NIR440mm×340mm×155mm
Weight LWA-1k 7808kg
Weight LWA-1k 15508kg
Weight LWA-10k VIS12kg
Weight LWA-10k NIR12kg
Sample Rate62.5(max.)MSa/s
Resolution16bits
Acquisition Time1-100ms
Evaluation Time10m-1(typ.)s
CommunicationUSB 3.0 Type B
Digitizer Module Dimensions210mm×200mm×74mm
Digitizer Module Weight2kg
Operating System RequirementsWindows 10 or newer, Intel i5 8600/AMD Ryzen 5 2600 or better, 16GB RAM or more

Applications

1. Laser module quality control 2. Laser design optimization 3. Modulation surveillance 4. Linewidth control for spectroscopy

Key Features

1. High sensitivity for frequency noise analysis 2. Robust against acoustic noise 3. Real-time measurements and evaluation 4. Error signal generator for further linewidth reduction

Datasheet

Product Datasheet
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Supplier Information

To
Toptica-China
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<p>The TOPTICA Group is headquartered in Grafelfen, near Munich, Germany. Based on this, we have grown into a family of photonics experts from around the world and have established further research and production bases in Rochester, New York, USA, and Bordeaux, Nouveau-Aquitaine, France. In addition, we have also established a global sales service network and cooperation system, such as TOPTICA Japan companies located in Tokyo and Osaka, and TOPTICA China companies located in Beijing and Shanghai. You can find TOPTICA's solid business network in various photonic technology hotspots around the world.</p><p><br></p><p>What is our core business? We develop and manufacture high-end laser systems for scientific discovery and industrial innovation. From semiconductor lasers and fiber lasers to amplifiers and frequency conversion technologies, we focus on providing high-quality photonic solutions.</p><p><br></p><p>As a group, we cover many important aspects of the photonics value chain. This started with the in-house design of laser diodes by TOPTICA EAGLEYARD, a member of the Group since 2013. We work closely with partners in the crystal and fiber fields to ensure seamless synergy of laser systems. Our business scope extends to many cutting-edge projects, such as building artificial guide stars for the world's largest astronomical telescopes in TOPTICA PROJECTS, and developing optical quantum clocks that can redefine time measurement. TOPTICA Group can provide a variety of photonics solutions from "rare earth elements to sodium guide stars".</p>

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