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Lasers

Product catalog summary

Tunable Lasers

Benchtop Tunable Lasers: These lasers offer a wide tuning range, mode-hop free tuning, and high wavelength accuracy, ideal for test and measurement applications.
OEM Tunable Lasers: Designed for system integration, providing continuous tuning and high output power.
Rapidly Swept OCT Laser: Optimized for Optical Coherence Tomography (OCT) with high repetition rates and coherence length.
Mid-IR Selectable Wavelength Lasers: Suitable for lab-based alignment and test applications using advanced PPLN technology.

Femtosecond Laser

Fiber-Coupled Femtosecond Laser: Offers ultrafast pulse durations for high temporal resolution applications.

WDM Laser Sources

PRO8000 Modular WDM Systems: Modular systems for dense wavelength division multiplexing (DWDM) applications.
DWDM and CWDM Laser Modules: Cover all 8 wavelengths, essential for telecommunications.

Benchtop Laser Sources

Fiber-Coupled Fabry-Perot and DFB Sources: Provide stable and reliable laser outputs for various applications.
Four-Channel Laser Source: Offers multiple wavelengths for complex testing scenarios.

HeNe Lasers

Low-Power and High-Power Lasers: Compact and efficient, available in various colors.

ASE Sources

S-Band and C- and L-Band ASE Sources: Provide broadband light sources for optical testing.

Terahertz

Modular Transmitter and Receiver Modules: Designed for terahertz applications with high resistivity silicon lenses.

Electro-Optic Modulators

High Performance in a Compact Package: Custom OEM versions available for specific applications.

Technical Specifications and Features

INTUN™ Lasers: Cover a wavelength range from 770-1650nm with up to 20mW output power, suitable for spectroscopy and microscopy.
PICO D Series: Low-noise, high-power lasers ideal for optical test instruments, with a wavelength range from 1260-1630nm.
ECL5000DT: Versatile benchtop tunable laser with a 110nm continuous tuning range, suitable for the TXP5000 platform.
Benchtop & OEM Telecom Tunable Lasers: Provide tuning across C- and L-Bands (1525-1611nm).
Rapidly Swept Tunable Lasers: Designed for OCT applications, operating at a 16kHz repetition rate with a tuning range exceeding 100nm.

Applications

Heterodyne Interferometry: Suitable for high-precision measurements requiring smooth continuous tuning and high accuracy.
Spectral Monitoring: ECL tunable lasers provide excellent scan-to-scan repeatability for spectral measuring and monitoring.

Overview: The document provides detailed specifications and applications for Thorlabs' PICO D and ECL series tunable lasers, highlighting their use in optical component testing, fiber sensing, and polarization measurement systems.

Specifications:

PICO D Series: Offers continuous mode-hop free tuning across O-, S-, C-, and L-bands (1260-1630nm) with an output power of >5dBm. Features a Signal to Total Source Spontaneous Emission Ratio (STSSER) of >65dB, suitable for optical component testing.
ECL5000DT: Provides high stability and output power with smooth continuous tuning over a 110nm range. Includes digital and analog control modes, with a USB interface for easy integration.
ECL1525: Offers mode-hop free operation over C- and L-bands (1525-1611nm) with a linewidth of 200kHz. Digitally controlled with an output power of 4dBm.

Applications:

The PICO D series is ideal for fiber-sensor-based temperature and pressure monitoring in various industrial settings.
The ECL5000DT is used in polarization measurement systems like the PMD5000, analyzing Polarization Mode Dispersion (PMD) and Polarization Dependent Loss (PDL).
The ECL1525 is designed for fast and accurate testing and sensing in field applications.

Key Features:

Mode-hop free tuning and high output power across a wide wavelength range.
Low noise and fast linear tuning characteristics.
Robust design for continuous operation and easy integration into test systems.

Pricing: The document lists various models with prices in USD, GBP, EUR, and RMB, indicating the cost-effectiveness and modular design of these tunable lasers.

Overview: The document provides detailed information on various laser modules and systems offered by Thorlabs, focusing on tunable laser modules, frequency swept laser sources, and optical parametric oscillators (OPOs). It includes specifications, applications, and integration options for these products.

1. MicroECL Wide Tunable Laser Module:

Specifications: Available in single mode and polarization maintaining versions. Features a sealed optical module with a pigtail output and a control PCB.
Interface: 40-pin connector, RS-232 interface for control, compatible with LabVIEW™ and C-drivers.
Integration: Suitable for optical telecom and sensing applications. Evaluation kit available for enhanced functionality.

2. Frequency Swept Laser Sources:

Applications: Designed for SS-OCT and OFDR applications, providing high-resolution imaging.
Specifications: Available in wavelengths of 850nm, 1050nm, 1325nm, and 1550nm. Features a fast sweep rate of 16kHz and compact design.
Design: Utilizes a Cat-Eye configuration for robust alignment and stability.

3. Optical Parametric Oscillator Systems (SSOPO Series):

Models: SSOPO2 and SSOPO3, offering selectable wavelengths in the mid-infrared range.
Operation: User-friendly interface with automatic tuning and phase-matching for desired output.
Applications: Ideal for lab-based alignment and test applications, offering a wide range of wavelengths.

4. Femtosecond Laser Sources:

Technology: Fiber-based femtosecond lasers using erbium-doped fiber for broad emission spectrum.
Features: Stable operation with temperature stabilization and microcontroller for modelocking.
Applications: Suitable for R&D and industrial applications, serving as pump sources for optical frequency synthesizers.

Conclusion: Thorlabs offers a comprehensive range of laser systems tailored for various applications, emphasizing integration ease, stability, and high performance. For further customization and detailed specifications, users are encouraged to contact Thorlabs directly.

Overview: The document provides detailed information on various femtosecond laser systems offered by Menlo Systems and Thorlabs. These systems are designed for high-precision applications in photonics, metrology, and spectroscopy.

Features and Benefits:

Turnkey operation with self-starting modelocking mechanism.
Integrated microcontroller for optimal performance and low cost of ownership.
Temperature stabilization and remote control capabilities via RS-232 interface.
Robust design with long lifetime and excellent price/performance ratio.

Specifications:

CF1560-A: Wavelength 1560nm ±20nm, output power >200mW, pulse width <90fs, repetition rate 100MHz ±1MHz.
MF1560-C: Wavelength 1560nm ±20nm, output power >20mW per port, pulse width <90fs, repetition rate 250MHz.
CF780: Dual output ports with wavelengths 780nm and 1560nm, output power >60mW and >30mW respectively, pulse width <150fs.

Applications:

Telecommunication and information technology.
Diagnostics and imaging in biology and medicine.
Ultrafast spectroscopy and THz generation.
Optical frequency standards and high-resolution spectroscopy.

Advanced Models:

Octavius 1GHz Oscillator: Offers <6fs pulse width, >300nm bandwidth, and 1GHz repetition rate. Suitable for frequency metrology and attosecond pulse generation.

Synchronization Electronics:

RRE100: Provides phase lock electronics for synchronization with external references, minimizing jitter and enabling high-speed optical sampling.

Conclusion: Menlo Systems and Thorlabs offer a range of femtosecond laser systems with advanced features for various high-precision applications in the photonics industry. These systems are characterized by their robust design, high performance, and adaptability to different research and industrial needs.

Overview: The document provides detailed information on various laser systems and platforms, focusing on the spectral content, mechanical design, and modular laser systems offered by Thorlabs. It highlights the robustness and precision of these systems, suitable for demanding environments and applications.

Spectral Content and Beat Detection: The document mentions the capability of beat detection with a robust f/2f carrier envelope offset frequency, achieving a signal-to-noise ratio of over 35dB in a 100kHz bandwidth.

Mechanical Design: The system is designed for ease of use and mechanical robustness, featuring a unique flex stage design and a monolithic structure for high accuracy and repeatability. It includes a thermally stabilized platform for environmental stability.

Modular Platform Solutions: Thorlabs offers two modular platforms, the PRO8 and TXP5000, for multi-wavelength systems with simultaneous control capabilities. These platforms support various modules, including laser diode drivers, optical switches, and photodiode amplifiers.

PRO8000 Modular Laser System: This system supports up to eight DWDM laser modules, covering the full S-, C-, and L-Bands of the ITU Grid. It offers precise tunability, long-term wavelength and power stability, and adjustable coherence control, ideal for component testing and multiwavelength transmission experiments.

TXP5000 Modular Laser System: The TXP5000 system is a multichannel laser source platform that can accommodate up to sixteen DWDM DFB laser source modules. It provides precise tunability and stability, suitable for DWDM component testing and transmission experiments.

PRO8 Series Chassis Specifications: The document details the specifications of the PRO8 series chassis, including slot capacity, output current, power consumption, and interface options. It also provides pricing information for various chassis configurations.

DWDM Laser Modules: These modules offer precise tunability, long-term stability, and adjustable coherence control. They are suitable for DWDM applications, including fiber optic component testing and EDFA manufacturing. The modules feature telecom-rated DFB lasers with integrated TEC elements and optical isolators.

Conclusion: Thorlabs' laser systems and platforms are designed for high precision, stability, and versatility, making them suitable for a wide range of applications in demanding environments.

Overview: The document provides detailed technical specifications and ordering information for the PRO8000 chassis and its associated DWDM laser sources. It covers various aspects such as modulation capabilities, wavelength tuning, coherence control, and pricing for different bands.

Specifications:

Wavelength Options: Available in S-, C-, and L-Bands with a tuning range of ±0.85nm and accuracy of ±0.025nm.
Output Power: Options of 10mW and 20mW with stability <0.002dB over 15 seconds.
Coherence Control: Adjustable linewidth up to 1GHz with modulation frequencies from 0.02 to 50kHz.
Modulation: Supports synchronous TTL modulation from DC to 10kHz and optional analog LF modulation up to 50kHz.
General Data: Operating temperature range from 0 to +35˚C, with a warm-up time of 15 minutes for rated accuracy.

Procedures and Features:

Coherence Length Control: Utilizes small signal modulation on the laser current to broaden the DFB laser linewidth.
External Modulation: All laser modules can be modulated synchronously by an external TTL signal, with RF modulation supporting data rates up to 2.5Gbps.
Precision Wavelength Tuning: Allows tuning over a range of ±0.85nm, useful for simulating crosstalk and measuring DWDM filter profiles.

Ordering Information:

C-Band: Prices start at $2,200 for 10mW with no modulation.
S-Band: Similar pricing structure as C-Band.
L-Band: Also starts at $2,200 for 10mW with no modulation.

Tables and Data: The document includes detailed tables for wavelength channels across different bands, specifying frequency (THz) and wavelength (nm) for each channel and offset.

Introduction: The document provides detailed information on DWDM Laser Sources, specifically the PRO8 and LS5000 Series, and their applications in optical systems. It includes specifications, features, and ordering information for various laser modules and systems.

Specifications and Features: The DWDM laser modules offer precise tunability, long-term wavelength, and power stability, making them suitable for DWDM component testing and multi-wavelength transmission experiments. Key specifications include:

Center Wavelengths on 25GHz ITU-T Grid
Wavelength Stability: <0.005nm over 24 hours
Output Power Stability: <0.01dB over 24 hours
Wavelength Accuracy: ±0.025nm
Laser Linewidth: <10MHz
Optical Isolation: >35dB

TXP5000 Series Chassis Specifications: The document outlines the specifications for the TXP5000 Series chassis, including power consumption, slot availability, remote interface options, and physical dimensions. The chassis supports various configurations for different testing and measurement needs.

Ordering Information: Ordering codes for the laser sources are structured based on band designator, channel number, and frequency offset. Pricing details are provided for different configurations, including power output options of 10mW and 20mW.

Additional Features: The document highlights additional features such as:

Variable Coherence Control with linewidths up to 1GHz
Precision Wavelength Tuning over ±0.85nm
External Analog LF Modulation option

Conclusion: Thorlabs offers a comprehensive range of DWDM laser sources with extensive inventories and customization options. The document emphasizes the company's commitment to quality and service, providing detailed technical support and warranty information.

Overview: The document provides detailed specifications and features of various laser systems, including MultiChannel Fiber Coupled Laser Sources (MCLS Series), Laser Diode Modules (LDM Series), and Helium-Neon (HeNe) Lasers. It includes technical specifications, safety features, and pricing information.

MCLS Series Specifications:

Analog Input: 0-5V for power control.
Wavelengths: MCLS635 (625-640 nm), MCLS1550 (1530-1570 nm).
Power per Channel: MCLS635 (2.5 mW), MCLS1550 (1.5 mW).
Stability: Short-term (±0.05 dB), Long-term (±0.1 dB).
Modulation Bandwidth: 30kHz.
Operating Temperature: 10-40°C.

MCLS Series Features:

Four FC/PC Laser Outputs.
Multiple Control Options.
Available Models: 635nm & 1550nm.
Safety Features: Output caps, keylock power control, remote interlock.

LDM Series Specifications:

Wavelengths: 405nm or 635nm.
Optical Power: 4.5mW (maximum).
Beam Diameter: 3.0 x 5.0mm.
Stability: Short-term (0.01dB), Long-term (0.1dB).
TEC Temperature: 25°C (fixed).
Operating Temperature: 10-40°C.

LDM Series Features:

Temperature Stabilized.
Adjustable Output Power.
SM1 Compatible.
IEC60825-1/CDRH Compliant.
Collimated Output Beam.

HeNe Lasers Specifications:

Wavelengths: 543, 594, 604, 612, 633, 1150, 1520, 3390nm.
Power Range: 0.5mW to 35mW.
Polarization: Linear (>500:1) or Random.
Beam Divergence: Varies by model.

HeNe Lasers Features:

Ideal for Alignment Applications.
Available in Polarized and Random Polarization Versions.
Built-In Switchable Beam Block and Power Supply.
CE Compliant.

Conclusion: The document provides comprehensive information on various laser systems, highlighting their specifications, features, and safety measures. It serves as a guide for selecting appropriate laser systems for different applications.

Specifications:
1. Drift: After a 20-minute warm-up, the drift is less than 0.2 mrad, and the long-term beam drift is less than 0.05 mrad.
2. Noise: The noise level from 30Hz to 10MHz is less than 1% RMS.

Wavelength and Beam Characteristics:
- The document lists various HeNe lasers with wavelengths ranging from 543nm to 633nm, all with TEM00 mode structure and linear polarization with a ratio greater than 500:1. The beam divergence is around 1 mrad, and the power output varies from 0.3mW to 4.0mW.

Power Supply:
- The lasers come with a switchable power supply (110/230VAC).

Product Features:
- Thorlabs offers HeNe lasers with discrete wavelengths and power levels ranging from 0.5-2.0mW. Some models are polarized, while others exhibit random polarization.
- Features include higher output powers, longer lifetimes, and suitability for alignment applications and precision metrology.

Mounting and Adjustment:
- The document describes various mounting options, including kinematic mounts with pitch and yaw adjustments for easy beam pointing. The mounts are compatible with standard mounting posts.

ASE Sources:
- The document details ASE sources for S Band and C & L Bands, highlighting their power output, wavelength range, and stability. The ASE610 and ASE730 models are mentioned, with specifications for output power, spectral power density, and stability.

Terahertz Systems:
- Thorlabs provides components for terahertz systems, including transmitter/receiver mounting modules and high-resistivity silicon lenses. These components are used in applications like THz Time Domain Spectroscopy.

Electro-Optic Modulators:
- Thorlabs offers electro-optic modulators for amplitude and phase modulation, using lithium niobate crystals. These modulators are available in broadband DC-coupled and high Q resonant models.

Electro-Optic Amplitude Modulator Specifications:
The modulator crystal used is Lithium Niobate (LiNbO3) with wavelength ranges categorized as C1 (600-900nm), C2 (900-1250nm), C3 (1250-1650nm), and C4 (400-600nm). It features a clear aperture of Ø2mm, an SMA Female input connector, and a maximum optical power density of 2W/mm² at 532nm and 4W/mm² at 1064nm. The typical capacitance is 14pF.

High Voltage Amplifier Specifications:
The amplifier provides a ±200V bipolar output, 200mA pulsed output current (100mA continuous), 1MHz bandwidth, and a 600V/µs slew rate with a -20V/V gain.

Electro-Optic Phase Modulator Specifications:
Similar to the amplitude modulator, it uses Lithium Niobate (LiNbO3) and covers the same wavelength ranges. It has a half-wave voltage of 240V at 1064nm and the same clear aperture, input connector, and maximum optical power density as the amplitude modulator.

High Voltage Amplifier for EO Modulators:
Designed to drive electro-optic modulators, it features a large output span, pulsed output current, wide power bandwidth, and low noise. It includes a DC bias control with a 10-turn potentiometer and digital readout for precise control and repeatability.

Swivel Polarizer Mount for EO Modulators:
The EO-PMT Swivel Polarizer Mount allows easy mounting of one or two 5mm calcite Glan-Thompson polarizers directly onto the EO Modulator. It features a 13mm diameter aperture, a #2-56 mounting screw and washer, and can rotate out of the beam path.

Pricing:
The Electro-Optic Amplitude and Phase Modulators, as well as the High-Voltage Amplifier, are priced at $2,300.00 each. The Modulator Mounting Adapter is priced at $25.00, and the Modulator Mounting Adapter with GTH5M is $350.00.

Catalog excerpts

Tunable Lasers ■ Benchtop Tunable Lasers > ■ OEM Tunable Lasers > ■ Rapidly Swept OCT Laser > ■ Mid-IR Selectable Wavelength Lasers > Femtosecond Laser ■ Fiber-Coupled Femtosecond Laser > ■ PRO8000 Modular WDM Systems > ■ DWDM Laser Modules > ■ CWDM Laser Modules, Coverage for All 8 Wavelengths > ■ LS5000 DWDM Laser Sources for TXP5000 Series > BenchtopLaser Source ■ Fiber-Coupled Fabry-Perot Sources > ■ Fiber-Coupled DFB Sources > ■ Four-Channel Laser Source > ■ Blue and Red Laser Modules > HeNe Lasers ■ Low-Power, Compact Lasers > ■ High-Power Lasers > ■ Green, Yellow, & Orange HeNe Lasers > ■ S-Band ASE Sources > ■ C- and L-Band ASESource > ■ Modular Transmitter and Receiver Modules > ■ High Resistivity Silicon Lenses > ■ High Performance in a Compact Package > ■ Custom OEM Versions Available >

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Thorlabsْ INTUNfamily of narrowband, cw lasers are designed for demanding applications such as microscopy and spectroscopy. Sixteen models span the 770ٖ1650nm range and provide output power up to 20mW. Custom center wavelengths (780nm1100nm and 1200nm֖1650nm) are available upon request.Thorlabs narrowband PICO D Seriesof lasers are ideal for fiber optic test and measurement applications. Six models span the 1260 Җ 1630nm range, while providing mode-hop free tuning and more than 5dBm of output power. Thorlabs SL1325-P16 tunable laser is based on an externalcavity semiconductor laser that has been...

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horlabs' tunable lasers are all basedon external cavity tunable laser technology with tuning ranges upto 150nm. Since they are able tocontinuously tune or step between ITU grid wavelengths, Thorlabs' tunable lasersare ideal for both test and measurement aswell as for research and development. Using our proprietary technology, allmodels exhibit mode-hop free tuning withwavelength resolution of 0.1pm and absolute wavelength accuracy within10pm. The highly stable output andquick tuning speed of our continuous tuning models allow the units to tune over their entire range in less than a second. Thelow...

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WAVELENGTH (nm)TUNING RANGE (nm)POWER (mW)FIBER OUTPUTMODEL > 78015>5ҖINTUN 9802520INTUN1320>110>5* to >20YesINTUN. PICO D ECL5000 1560>130>5* to >20YesINTUN. PICO D ELC5000, ֵECL > * For the fiber coupled versions LASER SELECTION TABLEPICO D ELC5000DTINTUN-T INTUN-BELC1525 Mode-Hop Free Tuning *************** Fiber Output************* Swept Wavelength Applications*********** Step and Measurement********* Digital Interface********* ITU References*** >

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Tunable Lasers Femtosecond Laser WDM Laser SourcesBenchtop The PMD5000 measurement system consists of threeparts: the tunable laser source ECL5000D, the fastdeterministic polarization controller, and either our fastor our high dynamic range polarimeter. This system provides extensive measurement and analysis of Polarization Mode Dispersion on components, optical fibers, and installed optical systems that are eitheractive or passive, or broadband or narrow band. ThePMD5000 is also capable of determining Polarization Dependent Loss (PDL) and Polarization Dependent Gain (PDG). The system uses the...

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Tunable Lasers Femtosecond Laser APPLICATIONHARDWARE REQUIREMENTS WDM Laser SourcesBenchtop PMD & PDL Measurements of FibersPreconfigured System: PMD5000FIN-1 Mainframe: TXP5016 > Laser Sources Laser Source: ECL5000D SOP Controller: DPC5500 > HeNe Lasers Polarimeter: IPM5300(Fully Configured Laptop Included) > ASE Sources TerahertzElectro-Optic APPLICATIONHARDWARE REQUIREMENTS PMD & PDL MeasurementsPreconfigured System: PMD5000HDR-1 > Modulators of Narrow Bandwidth DevicesMainframe: TXP5016 Laser Source: ECL5000D SOP Controller: DPC5500 Polarimeter: PAX5720IR3(Fully Configured Laptop Included)...

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Tunable Lasers Femtosecond Laser ECL1525 WDM Laser SourcesBenchtop ■ Continuously Tunable Over C- and L-Bands > ■ Mode-Hop Free Over Full Range > Laser Sources ■ Enables Fast and Accurate Testing and Sensing for FieldApplications > HeNe Lasers ■ Optical Power >4dBm (2.5mW) > ASE Sources ■ Robust Design for Continuous Operation > ■ MSA Compatible > Terahertz Electro-Optic ■ Hermetically Sealed Cavity Module > Modulators ■ Wavelength Range: The ECL1525 tunable laser offers continuously tunable mode-hop-freeoperation over the C- and L-bands (1525-1611nm) with a linewidth of 200kHz (0.002 pm @ 1550nm)....

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Tunable Lasers Femtosecond Laser Femtosecond Fiber Lasers Menlo Systems' fiber-based femtosecond laser sources integrate the latest achievements in fiber technology into easy-to-use instruments for R&D and industrial applications. The fiber-based ring cavity uses a highly doped erbium fiber asgain media, which has a broad emission spectrum around 1560nm. The active gain medium is pumped by fiber-coupled laser diode chips. The pump modules are telecom-rated components with an FIT rate specified to be <30 (the failures-in-time rate givesthe number of failures per billion hours), ensuring long lifetime...

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Tunable Lasers The 100MHz C-Fiber and C-Comb models are state-of-the-art laser modules for cutting-edge research applications and OEM integration for the photonics industry.There are several options available for the 100MHzC-Fiber lasers:The high-power and amplified models haveaverage output power up to 275mW and pulse width down to 50fs.ՕThe Sync models have variable cavity length,which enables tuning of the repetition rate over a 400kHz range; an integrated stepper motor allows for coarse adjustment, and with the help of a piezo actuator, the repetition rate can be fine-tuned and locked to...

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Tunable Lasers Femtosecond Laser Menlo Systems has introduced a family of high-repetition rate fiberlasers engineered for high-precision metrology applications. With arepetition rate of 250MHz, the M-Comb delivers the highestfundamental repetition rate available for a femtosecond fiber laser.The high repetition rate offers several fundamental advantages foroptical frequency measurements. It entails larger mode spacing between the frequency comb modes of the modelocked laser, which ensures easy and straightforward frequency measurements.In addition, the higher optical power per comb mode givesimproved...

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