Laser Diodes and Modules

Product Portfolio
AMS Technologies is a leading supplier of laser diodes and carries an exceptionally broad portfolio of component-style laser diodes as well as laser diode modules for a wide variety of wavelengths and optical output powers.

For our range of complete diode laser systems, please click here.

Laser Diodes
Various series of general-purpose laser diodes are available, with wavelengths ranging from near infrared (NIR) to red (also available as multi-beam laser diodes) to ultraviolet (UV). Our high-precision multimode laser diodes operate multimode spatially and longitudinally, featuring up to 100 W output power in pulse mode. Stripe widths from 60 µm to 400 µm are available to optimize beam structure and power for the application.

The high-power single mode or multi mode instrument laser diodes with wavelengths from 1064 to 1650 nm are designed to meet the specific performance demands of optical test equipment, OTDR and telecom applications.

We carry several series of single mode laser diodes, i.e. Fabry-Perot laser diodes that operate on a single transverse resonator mode leading to a diffraction-limited output. However, multiple longitudinal modes may occur which can lead to differing optical frequencies, separated by the free spectral range of the resonator. Single mode laser diodes are also available pigtailed with a fiber featuring fiber Bragg grating for wavelength stabilization.

Our broad range of single frequency laser diodes with a wavelength-selective grating integrated in the laser chip operates on a single resonator mode, emitting quasi-monochromatic radiation with a very small linewidth and low phase noise. Due to the Gaussian mode the output is diffraction-limited. Especially cost-effective single frequency laser diodes (mode-hops may appear) are also available.

The combination of an inherent narrow linewidth performance and wavelengths ranging from 657 to 2350 nm makes our discrete mode (DM) laser diode series ideal for sensing a broad range of chemical elements, gases and substances as well as environmental monitoring.

Our “virtual point source” laser diodes include a microlens mounted directly in front of the diode’s emitting edge. With this technology, the laser diode’s beam behaves like it were emitted from the virtual point source, with a well-defined divergence angle, a circular beam profile and all aberrations like astigmatism corrected.

If you are planning an External Cavity Diode Laser setup (ECDL in Littman or Littrow configuration), have look at our series of gain chips that are modified Fabry-Perot laser diodes with an excellent AR coated output facet – with external feedback, these gain chips reveal narrow single frequency operation in combination with superior tuning capabilities.

The available pulsed laser diodes include extremely high brightness 1550 nm pulsed laser diodes, capable of up to 75 W output power, and 905 nm hybrid pulsed laser diodes, integrating a pulsed laser firing circuit with the laser diode into the same hermetic TO-package.

Various series of uncooled as well as TEC-cooled 980 nm pump laser diodes in butterfly, mini-DIL or ultra-small packages address all areas of low-noise all-optical amplification and power consumption requirements.

Our series of tapered lasers/amplifiers on C-mount are the first choice for master oscillator power amplifier setups, combining excellent beam quality with highest output power from a single emitter and inheriting all properties of a seed source. Further high-power laser diode series on C-Mount or submount provide the high output power, high coupling efficiency and high reliability required for pumping solid-state and next generation fiber lasers as well as direct laser and other high-power laser diode applications.

Single Laser Diode Modules
AMS Technologies carries very compact fiber pigtailed laser diode modules which efficiently couple laser power into an optical fiber, practical for high-volume, price sensitive applications. Our series of fiber-coupled single emitter laser diode modules uses special micro optics for transferring the asymmetric radiation from the laser diode chip into an output fiber with small core diameter.

Compact, high-performance, fiber-coupled laser diode modules incorporating highly integrated, sophisticated electronics for laser drive, protection, modulation and feedback functions as well as a thermoelectric cooler (TEC) can be ordered with a wide variety of options regarding wavelength, power and collimation optics. And our series of multi mode (MM) fiber coupled laser diode modules with one or four laser diodes per module provide fast modulation of high-current laser diodes with fiber arrays attached. The laser diodes to be integrated into these modules are selected according to the customer´s need.

For free space applications, our series of free space miniature laser diode modules combines the supplier’s VPS (virtual point source) laser diodes with high-quality optics, solid packages and laser drive electronics, offering superior beam qualities in a very compact package for OEM applications. This laser diode technology can also be ordered as free space laser diode modules in a larger form factor, incorporating electronics for laser drive, protection, modulation and feedback as well as TEC-based temperature stabilization – everything you need to operate these laser diode modules from a simple 12 VDC supply.

Ultra-stable laser diode modules are available from AMS Technologies either fiber-coupled or as free-space versions, containing the laser diode, the driver electronics and the temperature control. Powered by a single 5 V DC supply, these modules maintain the wavelength stability to better than 0.2 or even 0.1 nm.

Fiber-coupled Multiple Laser Diode Modules
We carry a wide portfolio of laser diode modules that couple the outputs of multiple laser diodes (with either the same or different wavelengths) into a common fiber output.

Our dual- and triple-wavelength combiners for OEM applications (also available with visible RGB wavelengths) include laser diodes, dichroic combiner optics in a compact, fiber pigtailed package. Larger, highly integrated fiber optic multi-wavelength laser diode modules can be delivered either with two or with up to four temperature-controlled laser diodes with individual driving, control and stability electronics and fiber optic pigtail output – also available as RGB white light laser sources.

A broad range of fiber-coupled multi-single emitter laser diode modules, based on multi-emitter coupling technology, provides single-wavelength (440 to 1064 nm), high-power (up to 330 W), high-brightness outputs. Fiber-coupled laser diode modules based on single or multiple laser diode bars are also available with output power ranges of up to 40 W, 25 to 120 W or 40 to 350W.

Related Products

We offer a broad range of complementary products:

Stand-alone diode lasers and sources in handheld, benchtop, rack-mount or desktop form factors
Ultra-compact and highly reliable laser diode drivers addressing the requirements for low-, medium- and high-power laser diodes, bars, stacks and modules. Our laser diode drivers provide constant current or constant power mode with industry-leading stability, some models also featuring external modulation, computer control or including a TEC temperature controller for stabilizing the laser diode’s temperature.
Laser cooling solutions for reliably cooling laser diodes, modules and systems: our very wide thermal management portfolio ranges from thermoelectric, Peltier modules (TECs), heat sinks and fans to TEC-based plate to air thermal management assemblies like our mini direct cooling thermoelectric kit to liquid to air thermal management assemblies like recirculating chillers.
Laser safety products, including protective eyewear as well as laser safety windows, curtains and cabins
Precision optics, manufactured of various optical materials and coated to very specific and demanding tolerances, including disk-shaped optical beamsplitters, optical scanners and deflectors, optical mirrors, windows, filters, lenses, prisms, polarization optics or etalons
Optomechanics and motion control like optical mounts, rotary and translation stages, optical tables, breadboards and platforms
Optical test and measurement equipment

Definition
Laser diodes are semiconductor components, with a principle of operation similar to that of LEDs (Light Emitting Diodes), but emitting laser radiation. Recombination processes of electrons and holes in a laser diode’s heavily doped p-n junction, operated at a high current density, leads to emission of light with a wavelength determined by the semiconductor material used. With today’s materials, laser diodes cover a spectrum from infrared (IR) to ultraviolet (UV).

The end surfaces of a laser diode are partially reflective and thus form the optical resonator of the laser source. External cavity type laser diodes and gain chips require external optical elements such as mirrors or diffraction gratings (e.g. fiber pigtails with fiber Bragg gratings) to form a longer laser resonator, allowing for tuneability and other functions.

Laser diodes are electrically pumped, a direct current in the forward direction ensures the continuous generation of electron/hole pairs. Most laser diodes emit light at the edge of the semiconductor crystal. The cross-section of this edge surface is usually rectangular, resulting in an elliptical beam profile. Laser diodes with radiation perpendicular to the chip surface (Vertical Cavity Surface Emitting Lasers, VCSELs) provide better beam quality but lower power.

Laser diodes can be operated in continuous wave (CW) mode or in pulsed mode, allowing for very short laser pulses with higher peak power.

Laser Diode Bars, Laser Diode Stacks
For higher optical power, several laser diodes are realized next to each other on a common strip-shaped chip (bar) and operated electrically in parallel. Due to this geometry, such laser diode bars have a lower beam quality compared to single diodes but can deliver a lot of power up to the triple-digit Watt range. Units with stacks of several such bars (laser diode stacks) provide even higher output powers.

Temperature Stability is Key
Since both the wavelength of the emitted light and the lifetime of a laser diode depend strongly on the semiconductor’s temperature, cooling or rather controlling the temperature of laser diodes (narrowband lasers in particular) is of great importance. For this purpose, some low to medium power laser diodes have a thermoelectric cooling element (TEC) integrated in the diode housing, directly cooling the semiconductor substrate. For precise temperature control, a thermistor is often also built into the housing. Laser diodes of higher power, laser diode bars or stacks are often cooled by means of heat pipes or liquids such as water or liquid nitrogen.

Driving Laser Diodes
Laser diodes are current-controlled laser sources, so driver circuits for these components keep the current at a constant level or modulate it. A dedicated laser diode driver is usually used, often in combination with a TEC driver for temperature control. The laser diode driver’s control feedback loop can either keep the current fed to the laser diode (CC or constant current mode) or its optical output power (CP or constant power mode) constant at the level that has been defined by the user. For CP mode, the current sourced by a photodiode that often is integrated into the laser diode package provides the control parameter (output power).

Laser Diode Modules
Our laser diode modules consist of one or more laser diodes plus additional components like TEC, driver(s), control electronics, combiner optics or a fixed pigtail, all integrated in a housing that is significantly larger than the laser diode package itself.

Major Properties

Wavelength: The wavelength at which the laser diode’s light beam shows its maximum or peak (for defined and constant operating conditions).
Linewidth: The spectral linewidth of a laser diode is the width of the optical spectrum of the component’s light beam (in nm or MHz) at given constant operating conditions. Most often the linewidth is given as "full width at half maximum" (FWHM), defined as the distance between the two points in the output spectrum at which the optical power has dropped to half the value measured at the maximum (peak) point.
Output Power: This value defines the laser diode’s optical output power, given either for CW mode or as peak power for short intervals in pulsed operation.
Threshold Current: Threshold value for the current through a laser diode at which the diode begins to emit laser radiation.
Package: Butterfly or flat pack solutions are more suitable for planar environments (e.g. PCB, heat sink). 14-pin butterfly packages come with either telecom or pump pin-out. TO (or TO can) packages are a good choice for a circular (tube) environment. TO-based packages are available in different sizes (5.6 mm, 9 mm, etc.) and pin configurations (M-/N-P-type).

Alternative Terms: Laser Diode Bar; Laser Diode Array; Laser Diode Stack; Laser Diode Module; Laser Diode Source; Laser Diode System; Diode Laser

BAL Multi Mode Laser Diodes

653-1120 nm; Spectral Width 2-10 nm; Output Power 1-19 W (CW), 1.8-90 W (Pulsed); Threshold Current ≤500-3000 mA; Slope Efficiency 0.6-1.0 W/A; Forward Current 1,6-100 A Toptica egleyard’s BAL series of multi mode laser diodes are high brightness, broad area laser (BAL) diodes operating multi mode spatially and longitudinally. Within the BAL series, wavelengths between 653 and 1,120 nm are available with output powers between 1 and 19 W in cw mode or even up to 90 W in pulse mode. Its high pulse energy and fast rise time makes the BAL series of multi mode laser diodes the laser source of choice for high resolution sensing applications under harsh environmental conditions. Stripe widths from 100 to 400 µm are available to optimize beam structure and power for the application. Toptica eagleyard’s hermetically sealed TO packages as well as C-mount or fiber pigtailed flat packages make such laser diodes ideally suited for applications with either demanding size restrictions or with preferred fiber pigtail handling. The output power of the fiber of a cost efficient pigtailed single emitter starts at 1 W and reaches up to 90 W peak in pulsed mode. Key Features: Broad Area, Edge Emitting Laser Diodes Broad Wavelength Range: 653 to 1,120 nm High Output Power: 1 to 19 W (CW) and 1.8 to 90 W (Pulsed) Hermetically Sealed Fast/Slow Axis Collimation Typ. Spectral Width: 2 to 10 nm Stripe Width: 100 to 400 µm Cavity Length: 1 to 4 mm Beam Divergence: Parallel (Slow Axis) 1.5° to 10° (FWHM), Perpendicular (Fast Axis) 0.6° to 30° (FWHM) Extreme Operating Temperature Range: -60 to +90 °C Packages: C-Mount, 9 mm TO TO with Thread, Integrated FAC/SAC, Flatpack With Window Product Wavelength Output Power Operational Mode Package Specifics Downloads BAL-0653-01000-1510-CMT02-0000 653 nm 1 W CW C-Mount 2 mm Powerful, High Brightness, Longitudinally Multi Mode Datasheet BAL-0670-00001-1510-SOT23-0010 670 nm 1.5 W Pulsed TO-Can 9 mm Suitable for Harsh Environments Datasheet BAL-0670-00004-1510-SOT23-0010 670 nm 4 W Pulsed TO-Can 9 mm Suitable for Harsh Environments Datasheet BAL-0670-00010-1510-SOT23-0016 670 nm 10 W Pulsed TO-Can 9 mm Suitable for Harsh Environments Datasheet BAL-0808-00005-2013-SOT12-0010 808 nm 6 W Pulsed TO-Can 9 mm Suitable for Harsh Environments Datasheet BAL-0808-08000-4020-CMT04-0000 808 nm 8 W CW C-Mount 4 mm Suitable for Harsh Environments Datasheet BAL-0808-00020-4020-FLW01-0010 808 nm 20 W Pulsed Flatpack With Window Suitable for Harsh Environments Datasheet BAL-0808-00025-2013-SOT23-0016 808 nm 25 W Pulsed TO-Can 9 mm Suitable for Harsh Environments Datasheet BAL-0905-00010-1040-TOE02-0010 905 nm 12 W Pulsed TO With Thread Suitable for Harsh Environments Datasheet BAL-0905-00050-1040-TOE22-0010 905 nm 50 W Pulsed TO With Thread Suitable for Harsh Environments Datasheet BAL-0905-00090-1040-TOE22-0010 905 nm 90 W Pulsed TO With Thread Suitable for Harsh Environments Datasheet BAL-0980-08000-4020-CMT04-0000 980 nm 8 W CW C-Mount 4 mm Suitable for Harsh Environments Datasheet BAL-1064-08000-4020-CMT04-0000 1064 nm 8 W CW C-Mount 4 mm Suitable for Harsh Environments Datasheet Applications: Time-of-Flight LIDAR; Laser Sensing in Missiles; Laser Ignitors of Optopyro Elements for Satellites or Launchers; Active Protection Systems; Material Processing; Medical; Solid-state Laser Pumping

Product number: SW10676

Manufacturer: TOPTICA eagleyard

BrightLock® Ultra-50, BrightLase® Ultra-50 Fiber-Coupled Laser Modules

Wavelength 795-1927nm; Power 5-40 W; Fiber Core Diameter 105-1000 µm Applications: Pumping Rb Vapor, Spin Exchange Optical Pumping (SEOP); Pumping DPSSL; Fiber-Coupled Module for Pumping DPSSL; Fiber Lasers; Surgery, Fat Reduction, Materials Processing; Skin Rejuvenation; Varicose Vein Treatment; Fiber-Coupled Module for Varicose Vein Treatment; Pumping Er:YAG Lasers; Wavelength Stabilized Diode Laser for Pumping Er:YAG Crystal; Fiber-Coupled Module for Medical Applications; Aesthetics; Illumination; Nerve Stimulation. Item number Series Wavelength Power Fiber Core Diameter Additional Information Applications Downloads 6109-0000 BrightLock® Ultra-50 795 nm 25 W 1000 µm Spectrally Narrowed Pumping Rb Vapor, Spin Exchange Optical Pumping (SEOP) Datasheet 6008-1118 BrightLock® Ultra-50 808.5 nm 30 W 400 µm Wavelength Stabilized Pumping DPSSL Datasheet 6108-0007 BrightLock® Ultra-50 880 nm 40 W 400 µm Wavelength Stabilized Pumping DPSSL Datasheet 6108-0000 BrightLase® Ultra-50 888 nm 40 W 400 µm Medica Options Fiber-Coupled Module for Pumping DPSSL Datasheet 6107-0000 BrightLock® Ultra-50 976 nm 25 W 200 µm Wavelength Stabilized Pumping DPSSL and Fiber Lasers Datasheet 6019-0007 BrightLase® Ultra-50 1064 nm 35 W 400 µm Medica Options Surgery, Fat Reduction, Materials Processing Datasheet 6119-0000 BrightLase® Ultra-50 1410 nm 5 W 105 µm Medica Options Skin Rejuvenation Datasheet 6018-M003 BrightLase® Ultra-50 1470 nm 12 W 200 µm Medica Options Surgery, Varicose Vein Treatment Datasheet 6015-0007 BrightLase® Ultra-50 1470 nm 17 W 400 µm Medica Options Fiber-Coupled Module for Varicose Vein Treatment Datasheet 6015-0010 BrightLase® Ultra-50 1470 nm 8 W 105 µm Medica Options Pumping Er:YAG Lasers Datasheet 6115-0000 BrightLock® Ultra-50 1532 nm 15 W 400 µm Wavelength Stabilized Wavelength Stabilized Diode Laser for Pumping Er:YAG Crystal Datasheet 6015-M100 BrightLase® Ultra-50 1532 nm 15 W 300 µm Medica Options Fiber-Coupled Module for Medical Applications Datasheet 6014-M002 BrightLase® Ultra-50 1540 nm 12 W 105 µm Medica Options Aesthetics, Skin Rejuvenation Datasheet 6014-M001 BrightLase® Ultra-50 1550 nm 15 W 400 µm Medica Options Illumination, Skin Rejuvenation, Surgery Datasheet 6014-0017 BrightLase® Ultra-50 1875 nm 5 W 400 µm Medica Options Surgery, Nerve Stimulation Datasheet 6014-0019 BrightLock® Ultra-50 1908 nm 6 W 400 µm Wavelength Stabilized Wavelength Stabilized Diode Laser for Pumping Ho:YAG Crystals Datasheet 6010-M006 BrightLase® Ultra-50 1927 nm 2.5 W 105 µm Medica Options Skin Rejuvenation Datasheet

Product number: SW11467

Manufacturer: QPC Lasers

BrightLock® Ultra-500, BrightLase® Ultra-500 Fiber-Coupled Laser Modules

Wavelength 888-1908 nm; Power 40-350 W; Fiber Core Diameter 400-800 µm Applications: Pumping DPSSL; Resonant Pumping; High Power Diode Laser for Lung and Liver Surgery; Fiber-Coupled Diode Laser for BPH (Benign Prostate Hyper-Growth) Surgery; Wavelength Locked Diode Laser for Pumping Er:YAG; Fiber-Coupled Bar-Based Modules; Fiber-Coupled Module for Transparent Plastic Welding; Wavelength Locked Diode Laser for Pumping Ho:YAG. Item number Series Wavelength Power Fiber Core Diameter Additional Information Applications Downloads 6508-0001 BrightLock® Ultra-500 880 nm 350 W 800 µm Wavelength Stabilized Pumping DPSSL, Resonant Pumping Datasheet 6408-0004 BrightLase® Ultra-500 888 nm 250 W 400 µm Medica Options Pumping DPSSL, Resonant Pumping Datasheet 6413-M200 BrightLase® Ultra-500 1318 nm 150 W 600 µm Medica Options High Power Diode Laser for Lung and Liver Surgery Datasheet 6414-0001 BrightLase® Ultra-500 1470 nm 100 W 400 µm Medica Options Fiber-Coupled Diode Laser for BPH (Benign Prostate Hyper-Growth) Surgery Datasheet 6515-0000 BrightLock® Ultra-500 1532 nm 90 W 400 µm Wavelength Stabilized Wavelength Locked Diode Laser for Pumping Er:YAG Datasheet 6415-0002 BrightLase® Ultra-500 1540 nm 150 W 600 µm Medica Options Fiber-Coupled Bar-Based Modules Datasheet 6417-0001 BrightLase® Ultra-500 1710 nm 60 W 400 µm Fiber-Coupled Module with Options Fiber-Coupled Module for Transparent Plastic Welding Datasheet 6519-0004 BrightLock® Ultra-500 1908 nm 60 W 600 µm Fiber-Coupled Module with Options Wavelength Locked Diode Laser for Pumping Ho:YAG Datasheet 6519-0002 BrightLock® Ultra-500 1908 nm 40 W 600 µm Wavelength Stabilized Wavelength Locked Diode Laser for Pumping Ho:YAG Datasheet

Product number: SW11468

Manufacturer: QPC Lasers

BrightLock®Ultra-100, BrightLase® Ultra-100 Fiber-Coupled Laser Modules

Wavelength 795-1470nm; Power 25-120 W; Fiber Core Diameter 200-1000 µApplications: Pumping Rb Vapor; Spin Exchange Optical Pumping; Pumping DPSSL; Resonant Pumping; Pumping Fiber Lasers; Fat Reduction; Surgery; Materials Processing; Diode Laser for Pain Relief and Wound Healing; Fiber-Coupled Bar-based Modules; Pumping Er:YAG Lasers; BPH Treatment; Diode Laser for Transparent Plastic Welding. Item number Series Wavelength Power Fiber Core Diameter Additional Information Applications Downloads 6307-0002 BrightLock®Ultra-100 795 nm 75 W 1000 µm Wavelength Stabilized Pumping Rb Vapor, Spin Exchange Optical Pumping Datasheet 6308-0005 BrightLock®Ultra-100 880 nm 120 W 400 µm Wavelength Stabilized Pumping DPSSL, Resonant Pumping Datasheet 6208-0006 BrightLase® Ultra-100 888 nm 100 W 400 µm Fiber-coupled Module Pumping DPSSL Datasheet 6309-0004 BrightLock®Ultra-100 976 nm 75 W 200 µm Wavelength Stabilized Pumping DPSSL, Pumping Fiber Lasers Datasheet 6309-0001 BrightLock®Ultra-100 976 nm 120 W 400 µm Wavelength Stabilized Pumping DPSSL, Pumping Fiber Lasers Datasheet 6210-0007 BrightLase® Ultra-100 1064 nm 120 W 400 µm Fiber-coupled Module Fat Reduction, Surgery, Materials Processing Datasheet 6212-M002 BrightLase® Ultra-100 1270 nm 40 W 400 µm Medica Features Diode Laser for Pain Relief and Wound Healing Datasheet 6213-M002 BrightLase® Ultra-100 1320 nm 45 W 400 µm Medica Features Fiber-Coupled Bar-based Modules Datasheet 6214-M002 BrightLase® Ultra-100 1470 nm 45 W 400 µm Medica Features Fiber-Coupled Bar-based Modules Datasheet 6214-0011 BrightLase® Ultra-100 1470 nm 18 W 105 µm Fiber-Pigtailed Module Pumping Er:YAG Lasers Datasheet 6214-0002 BrightLase® Ultra-100 1470 nm 45 W 400 µm Medica Features Surgery, BPH Treatment Datasheet 6315-0003 BrightLock®Ultra-100 1532 nm 25 W 200 µm Wavelength Stabilized Datasheet 6315-0002 BrightLock®Ultra-100 1532 nm 40 W 400 µm Wavelength Stabilized Datasheet 6217-0003 BrightLase® Ultra-100 1710 nm 30 W 400 µm Optional Aiming Beam Diode Laser for Transparent Plastic Welding Datasheet

Product number: SW11466

Manufacturer: QPC Lasers

CHROMALASE II Laser Diode Modules

375 to 785 nm; 18 to 120 mW; Beam Size 0.8 to 1.3 mm Circular, 1x2 to 4x1 mm Elliptical Blue Sky Research’s CHROMALASE II™ series of high-performance laser diode modules has been optimized to meet the demanding performance requirements of medical, life sciences and automated instrumentation. These laser diode modules incorporate highly integrated sophisticated electronics for laser drive and protection, modulation and feedback functions. The CHROMALASE II ultra-compact stand-alone assembly is RoHs compliant and can be ordered with a variety of collimation optics which allows easy integration into your system. A wide variety of wavelength and power options are available including the very popular 405, 488, 532 and 635 nm products. Blue Sky Research’s CHROMALASE II design incorporates standardized control and alarm firmware, protection circuitry and low-noise operation into a compact, stand-alone assembly. Everything you need to operate this laser from a simple 12 VDC supply is integrated in the laser module. The CHROMALASE II laser diode modules are temperature stabilized with a thermoelectric cooler (TEC), and the integrated controller includes laser driver, output power stabilization, adjustable power level control, modulation capability, reverse and over voltage protection and ESD-fast transient suppression circuitry. Each semiconductor laser diode system can be ordered with or without Blue Sky Research’s patented “µLens” or micro-optic beam correction optics. Systems with µLens will have near perfect Gaussian and circular beam shapes and corrected laser diode wave front distortions. Laser systems without the micro-optic beam correction have all the advantages of Blue Sky Research’s small, highly integrated packaging while retaining the standard elliptical shape (typical 3:1 aspect ratio) of semiconductor lasers. For the CHROMALASE II series of fiber-coupled diode laser modules the dedicated power supply CLPS is available as an accessory. This device provides up to 2.5 A of current for laser diode and TEC and allows the operation of the CHROMALASE II series from standard power sockets with 100 to 240 VAC. Key Features: Diffraction Limited Optical Performance Wavelength Range: 375 to 785 nm Variable Laser Diode Power: 18 to 120 mW (Depending on Wavelength) Power Stability (2 h): <0.5% Configurable Launch Optics Simplify OEM Integration Circular (0.8 to 1.3 mm) or Elliptical (1x2 to 4x1 mm) Output Beams Integrated Drive and Power Electronics Electrical Power Consumption: <12 W Optical Noise (RMS): <0.5% Beam Alignment Accuracy: <5 mrad Beam Pointing Stability <10 µrad/°C Solid State Reliability Applications: Analytical Instruments; Biomedical & Medical; Flow Cytometry; Confocal Microscopy; Ophthalmology; Defense & Homeland Security

Product number: SW10951

Manufacturer: Blue Sky Research

CLPS Diode Laser Power Supplies

For CHROMALASE II and FiberTec II Lasers; Output Current LD 2.5 A; Output Current TEC 2.0 A; Supply Voltage 100 to 240 VAC With its CLPS series, Fibotec Fiberoptics provides dedicated power supplies for Blue Sky Research’s CHROMALASE II™ and FiberTec II™ series of diode laser modules. The users can configure the power supply with an optional DB9-cable for the operation of FiberTec II lasers at their own PCB. The CLPS series of diode laser power supplies allows the operation of the CHROMALASE II and FiberTec II series from standard power sockets with 100 to 240 VAC and frequencies from 50 to 60 Hz. With dimensions of 170 x 103 x 56 mm, the CLPS series provides up to 2.5 A of current for laser diode and TEC. Operation of the laser (12, 5 or 6.5 VDC dependent on CHROMALASE II, respectively FiberTEC II version) is possible with a current of up to 2.5 A. The TEC current (3.3 V) – if needed by the laser – is limited to 2.0 A, and the sum of currents cannot exceed 2.5 A. The BNC-modulation input gives access to the modulation option of CHROMALASE II and FiberTEC II lasers. Key Features: Allows Operation of CHROMALASE II and FiberTec II Lasers From Standard Power Sockets Supply Voltage: 100 to 240 VAC, 50 to 60 Hz Laser Diode Current up to 2.5 A TEC Current up to 2.0 A Laser Diode Voltage 5, 6.5, 12 V BNC Modulation Input Size: 170 x 103 x 56 mm Application: Supplying CHROMALASE II and FiberTec II Lasers From Standard Power Sockets

Product number: SW10955

Manufacturer: Fibotec Fiberoptics GmbH

CM96x Pump Laser Modules

Single Chip; 973-977 nm; Spectral Width 0.2 nm; Max. Output Power 0.18-0.6 W; 10-pin Mini Butterfly Package; Threshold Current 50-60 mA Within the CM96x series, II-VI Incorporated offers a variety of single-chip pump laser modules addressing all areas of low-noise all-optical amplification and power consumption requirements. Increasingly, network providers are concerned with component density and power consumption which translates into cost of installation and cost of ownership of a network. To address this, II-VI Incorporated offers a suite of 980 nm pump lasers from uncooled, semi-cooled and traditional-cooled pumps over a set of market leading power ranges. CM96x series pump laser modules are designed as pump sources for erbium-doped fiber amplifier (EDFA) applications. Processes and techniques of coupling the fiber to the laser allow high output powers that are very stable with both time and temperature. The CM96x series uses a 10-pin mini-butterfly (mBTF) package with mounting holes for ease of integration and thermal management, enabling smaller form factor designs. The 10-pin mBTF package is backward compatible with 14pin BTF package footprint and pinout. CM96Z***-7* TEC-cooled, 10-pin butterfly, 980 nm pump laser modules utilize a fiber Bragg grating design for enhanced wavelength and power stability performance. This product has been designed to ensure superior wavelength locking over drive current, temperature and optical feedback changes. CM96Z***-7* devices are available with kink-free output powers to 600 mW. CML96Z***-7* is the low power consumption version of CM96Z***-7*. These pump modules operate at significantly reduced TEC and overall power consumption. CML96Z***-7* devices are also available with kink-free output powers to 600 mW. The UM96Z***-7* high power, extended temperature, uncooled, 980 nm pump laser are II-VI Incorporated’s third-generation uncooled pump modules providing higher powers and lower consumption. These lasers enable designers to create reliable SFF single- and multi-channel, high-bit-rate per-channel amplification as well as replace traditional cooled pumps in high-power EDFA applications with reduced power consumption. The UM96Z-series is designed for uncooled operation at high temperature and power levels. Qualification of the enhanced G08 chip ensures high reliability even at 460 mW operating power and +75 °C. External fiber Bragg grating (FBG) stabilization provides excellent wavelength and power stability over the entire operating temperature range. Key Features: High Output Power: up to 600 mW Kink-free Low Power Consumption/Dissipation (CML96Z***-7*, UM96Z***-7*) Single Mode (SM) Fiber Pigtail, Polarization Maintaining (PM) Fiber (UM96Z***-7*) Fiber Bragg Grating (FBG) Stabilization for Wavelength Locking Over the Entire Operating Conditions Small Form Factor: Hermetically Sealed 10-pin Mini-Butterfly Package Pin-out Compatibility With 14-pin Butterfly Package Operating Wavelength: 973 to 977 nm Spectral Width: 0.2 nm Typical Threshold Current: 50, 55, 60 mA Typical Operating Forward Voltage: 1.7, 1.85 V Typical Maximum Operating Current: 375 to 1,000 mA Return Loss (RL): >35 dB Internal Thermoelectric Heatpump and Monitor Photodiode (CM96Z***-7*, CML96Z***-7*) Telcordia GR-468-CORE Compliant Field-proven High Reliability RoHS Compliant Applications: Low-noise EDFAs; Single- or Multi-stage EDFA Applications Including Single-channel and Dense Wavelength Division Multiplexing (DWDM) Designs; CATV Applications

Product number: SW11378

Manufacturer: II-VI Incorporated

CM97x Single Mode Laser Diode Modules

976, 1030, 1064 nm; Spectral Width 0.15-2 nm; Output Power Peak 0.8-1.5 W; Output Power CW 0.2-0.91 W; Butterfly Package; Threshold Current 40, 60 mA; For the CM97x series of high-power single mode laser diode modules, II-VI Incorporated has applied processes and techniques of coupling the fiber to the laser that allow very high output powers that are stable with both time and temperature. CM97x series laser diode modules in hermetically sealed 10-pin Mini-Butterfly packages utilize a polarization maintaining (PM) fiber pigtail and achieve a high pulse output power of 0.8 to 1.5 W. Five versions of CM97x series single mode laser diode modules are available: The 976 nm wavelength-stabilized module CM97-1000-76PM with fiber Bragg grating (FBG) has been designed as a pump source for industrial pulsed fiber pre-amplifiers as well as for erbium doped fiber amplifier (EDFA) laser applications. The pump module utilizes a PM fiber pigtail and a fiber Bragg grating design for enhanced wavelength and power stability performance. Devices achieve high kink free output powers of 1 W. The pulsed 1064 nm module CM97A1064 without fiber Bragg grating (FBG) has been designed as a light source for pulsed fiber lasers and CW applications that require 1064 nm single mode light. Devices achieve high kink free output powers of 1.5 W pulse peak. The pulsed 1064 nm wavelength-stabilized ultra-broadband module CM97A1064BFBG with fiber Bragg grating (FBG) has been designed as a light source for pulsed fiber laser applications. An ultra-broad bandwidth grating enables a controlled broad spectrum that helps to suppress SBS generation in pulsed fiber lasers. The pulsed 1064 nm wavelength-stabilized narrow-bandwidth module CM97A1064NFBG with fiber Bragg grating (FBG) has been designed as a light source for pulsed narrow bandwidth fiber laser and direct frequency conversion applications. A narrow bandwidth grating located in the polarization maintaining optical fiber close to the package allows for short pulse operation. The 1064 / 1030 nm wavelength-stabilized module CMDFB10xxA has been designed as a light source for pulsed narrow bandwidth fiber laser and direct frequency conversion applications. A distributed feedback grating (DFB) located in the laser cavity results in the wavelength stabilization within couple of round trips. The laser chip and package are optimized for sub-ns pulse operation. Key Features: Model CM97-1000-76PMMini-Butterfly Pump Laser Diode Module CM97A1064Pulsed Mini-Butterfly Laser Diode Module CM97A1064BFBGPulsed Mini-Butterfly Laser Diode Module CM97A1064NFBGPulsed Mini-Butterfly Laser Diode Module CMDFB10xxAMini-Butterfly Laser Diode Module Peak Wavelength 976 nm (Stabilized) 1064 ±5 nm 1064 nm (Stabilized) 1064 nm (Stabilized) 1064 or 1030 ±2 nm (Stabilized) Spectral Width 0.2 nm (-13 dB) 1-2 nm (FWHM) 0.15 nm (FWHM) Pulse Width 5 to 500 ns 5 to 500 ns 5 to 500 ns 10 to 200 ns High Output Power 1 W Kink Free ≤1.5 W Peak, Kink Free, Pulse ≤1.5 W Peak, Kink Free, Pulse ≤1.5 W Peak, Kink Free, Pulse 0.2 W (CW), 0.8 W (Pulse) CW Operating Power >910 mW 700 mW (@1.1 A) 650 mW (@1.1 A) 700 mW (@1.1 A) 200 mW Threshold Current 60 mA 60 mA 60 mA 60 mA 40 mA Operating Forward Voltage 2 V 1.7 V 1.7 V 1.7 V 2 V Grating Fiber Bragg Grating (FBG) No Fiber Bragg Grating (FBG) Fiber Bragg Grating (FBG) Fiber Bragg Grating (FBG) Distributed Feedback Grating (DFB) Polarization Maintaining (PM) Fiber Type Nufern PM980-XP or Corning PM 98-U25 Nufern PM980-HP or equivalent (e.g. Fujikura SM98) Nufern PM980-HP or equivalent (e.g. Fujikura SM98) Nufern PM980-XP or Corning PM 98-U25 Nufern PM980-HP or equivalent (e.g. Fujikura SM98) Thermal Management Internal Thermoelectric Heat Pump Internal Thermoelectric Heat Pump Internal Thermoelectric Heat Pump Internal Thermoelectric Heat Pump Internal Thermoelectric Heat Pump Monitoring Internal Monitor Diode Internal Monitor Diode Internal Monitor Diode Internal Monitor Diode Internal Monitor Diode Package Hermetically Sealed 10-pin Mini-Butterfly Hermetically Sealed 10-pin Mini-Butterfly Hermetically Sealed 10-pin Mini-Butterfly Hermetically Sealed 10-pin Mini-Butterfly Hermetically Sealed 10-pin Mini-Butterfly Compliance Telcordia GR-468-CORE and RoHS Compliant RoHS Compliant RoHS Compliant RoHS Compliant Applications: Fiber Lasers; Frequency Conversion; Sensing; Spectroscopy; EDFA

Product number: SW11377

Manufacturer: II-VI Incorporated

CVB 450-TO56R 450 nm Pulsed Laser Diode

450 nm; Spectral Width 1 nm; Min. Peak Optical Power 2 W; Max. Forward Current 2,500 mA; Forward Voltage 6 V; Package 3-pin Coaxial OSI LaserDiode’s CVB 450-TO56R laser diode module is a 450 nm GaN laser diode packaged in a 3 pin coaxial format. The laser diode is optically coupled to a 200/230/500 µm fiber pigtail. The device includes an ESD protection diode. The CVB 450-TO56R laser diode modules are specifically designed for uncooled optical metrology applications where pulsed optical power is desired. The CVB 450-TO56R is RoHS compliant. Key Features: Center Wavelength: 450 nm Spectral Width (RMS): 1 nm Minimum Peak Optical Power (Ex-Fiber): 2 W Maximum Forward Current: 2,500 mA Threshold Current: 300 mA Forward Voltage: 6 V Fiber Type: Step Index 200 µm SiO2 Core, 230 µm HPC, 500 µm Tefzel Coating Fiber Numerical Aperture (NA): 0.37 Fiber Length: 1m Operating Temperature: -30 °C to +70 °C Dimensions: 6.25 mm Dia. x 21.4 mm Length Applications: Optical Metrology

Product number: SW11586

Manufacturer: OSI LaserDiode

CVDR 46650-TO5T Dual Aiming Laser

Dual Laser; 650, 905 nm; Optical Power 5 mW, 3 W Typ.; Package TO5T; Spectral Width 3, 5 nm; Drive Current 29 mA, 4A OSI LaserDiode’s CVDR 46650-TO5T Dual Aiming Laser combines two laser diodes in one package for range finding applications. This device’s laser package contains a 905 nm pulsed laser diode (CVD 46) and a 650 nm laser diode mounted side by side on a common platform, with “+” (common positive electrode) connected to the case. The distance between the two laser diodes’ centers of emission is 720 µm, and the emission pattern of the two laser dies is centered on the package axis to within ± 0.25 mm. Key Features: Two Laser Diodes in One Package Peak Wavelengths: 650 nm (Visible), 905 nm (Infrared, IR) Spectral Width FWHM: 3, 5 nm Peak Power: 5 mW, 3 W Device Emitting Width: 5 µm, 62 µm Optical Pulse Width: 5, µs, 100 ns Drive Current: 29 mA, 4 A Rise Time (905 nm): 1 ns Maximum Duty Factor (650 nm): 5% Beam Spread: 10° x 35° Operating Temperature: -45 °C to +85 °C Applications: Range Finding

Product number: SW11581

Manufacturer: OSI LaserDiode

CVLL Series 1550 nm High-brightness Pulsed Laser Diodes

1550 nm; Spectral Width 15 nm; Min. Peak Optical Power 10-125 W; Peak Forward Drive Current 30-75 A; Rise/Fall Time 1 ns; No. of Diodes 1-5; Package TO18T/C/F, TO5F, 9 mm, 5.6 OSI LaserDiode’s CVLL Series of extremely high brightness 1550 nm pulsed laser diodes are capable of up to 75 W output power. The CVLL Series devices feature low divergence, high brightness and stable output from -40 °C to +85 °C. These 1550 nm high-brightness pulsed laser diodes are well suited to most range finding applications requiring “eye safe” operation. This series is RoHS compliant. Within the CVLL Series, the CVLL 350-CL90 1550 nm pulsed laser diode offers a far field beam pattern with equivalent divergence values for both the fast (perpendicular) and the slow (parallel) axes of emission. The adjusted far field pattern offers higher coupling efficiency into standard spherical lens systems. The CVLL 350-CL90 diode’s laser/lens is hermetically sealed in a 9 mm package that offers robust environmental survival capability for demanding applications such as field deployed range finders. Key Features: Very High Brightness “Eye Safe” Operation Low Divergence Stable Output From -40 °C to +85 °C Peak Wavelength: 1550 nm Spectral Width: 15 nm Minimum Peak Power: 10 W to 125 W Peak Power (Fiber): 5 W to 62 W Peak Forward Current: 30 A to 75 A Number of Diodes: 1 to 5 Typical Emitting Area: 95 x 1 µm to 350 x 720 µm Beam Divergence: 10° x 24°, 8° x 8° (CVLL 350-CL90) Pulse Width: 150 ns Duty Factor: 0.07%, 0.1% Rise/Fall Time: 1 ns Fiber Core Size: 100 µm to 1,000 µm Hermetic Package RoHS Compliant Operating Temperature: -40 °C to +85 °C Applications: Rangefinding; Hunting; Targeting; Surveying

Product number: SW11585

Manufacturer: OSI LaserDiode

DBR Single Frequency Laser Diodes

632, 633 nm; Typ. Linewidth 1.0 MHz; Max. Output Power 10 mW CW; Threshold Current ≤120 mA; Slope Efficiency 0.4 W/A; Side Mode Suppression Ratio ≥30 dB Toptica eagleyard’s DBR series of distributed Bragg grating (DBR) laser diodes contains a multi-section laser with gain, phase and distributed feedback (DFB) sections. DBR series laser diodes feature a built-in wavelength-selective grating stabilizing the wavelength The DBR series’ resonator comprises a periodic structure. Thus, the devices operate on a single resonator mode emitting quasi-monochromatic radiation with a very small line width and low phase noise. The lasers can have very low-intensity noise because of the lack of mode partition noise. Due to the Gaussian mode the output is diffraction-limited.. Special variants are available, especially suitable for spectroscopy with mode‐hop free operation and small linewidth guaranteed at the specified target wavelength for spectroscopic applications – these laser diodes are reaching the target wavelength by temperature tuning and allow wavelength tuning around this target wavelength. Key Features: Center Wavelength: 632 nm, 633 nm Narrow Linewidth: Typ. 1.0 MHz Threshold Current: ≤120 mA High Side Mode Suppression Ratio: ≥ 30 dB Max. Output Power: 10 mW CW Max. Forward Current: 160 mA Including Monitor Diode, TEC Cooler and Thermistor Package: Hermetic 14-pin Butterfly Applications: HeNe Laser Replacement; Spectroscopy; Metrology; Sensing

Product number: SW10679

Manufacturer: TOPTICA eagleyard

DFB Single Frequency Laser Diodes

760-1083 nm; Typ. Linewidth 0.6 MHz; Output Power 6-150 mW CW; Threshold Current ≤70 mA; Slope Efficiency 0.7 W/A; Side Mode Suppression Ratio ≥30 dB Toptica eagleyard’s DFB series of distributed feedback (DFB) laser diodes features a built-in wavelength-selective grating stabilizing the wavelength. The DFB series’ entire resonator consists of a periodic structure. Thus, the devices operate on a single resonator mode emitting quasi-monochromatic radiation with a very small line width and low phase noise. The lasers can have very low-intensity noise because of the lack of mode partition noise. Due to the Gaussian mode the output is diffraction-limited. The choice of a distributed feedback design instead of a similar distributed Bragg grating (DBR) structure enables even a broader smooth tuning range around the operational point without the risk of experiencing spectral issues known as mode-hops, as these are given by design of a DBR diode, making the latter less suitable for the needs of atom spectroscopy. Special variants are available – two versions are intended to be used as seed lasers for pulsed fiber lasers, while other variants aim at oxygen detection as the emission wavelength of these laser diodes match with the strong absorption lines of oxygen at 760 nm and 764 nm while wavelength tuning around one of these absorption lines is possible. Further variants are especially suitable for spectroscopy with mode‐hop free operation and small linewidth guaranteed at the specified target wavelength for spectroscopic applications – these laser diodes are reaching the target wavelength by temperature tuning and allow wavelength tuning around this target wavelength. External backreflections may disturb the spectrum of these laser diodes, so the use of butterfly (BFW01) or TOC03 packages and effective optical isolation is recommended for spectroscopic applications requiring absolutely mode‐hop‐free tuning. Finally, special tunable variants with integrated optical isolators are available, enabling a wide mode‐hop free tuning range given by the specified operating temperature range and the specified power range. Key Features: Single Frequency Mode High Side Mode Suppression > 50 dB Narrow Linewidth <1 MHz Pulse Width 1 to 50 ns Peak Power up to 500 mW Repetition Rate up to 1 MHz SMSR >35 dB Product Wavelength Output Power Specifics Downloads DFB-0760-00012-1500-BFY12-0005 760 nm 12 mW oxygen detection, spectroscopy, metrology Datasheet DFB-0760-00040-1500-BFW01-0005 760 nm 40 mW oxygen detection with collimator Datasheet DFB-0760-00040-1500-TOV01-0005 760 nm 40 mW oxygen detection VCSEL replacement Datasheet DFB-0760-00040-1500-TOC03-0005 760 nm 40 mW oxygen detection Datasheet DFB-0780-00020-1500-BFY12-0005 780 nm 20 mW oxygen detection,spectroscopy: Rb D2 Datasheet DFB-0780-00040-1500-BFY02-0000 780 nm 40 mW basic variant with PM fiber Datasheet DFB-0780-00040-1500-BFY02-0002 780 nm 40 mW tunable with PM fiber Datasheet DFB-0780-00040-1500-BFW11-0005 780 nm 40 mW spectroscopy: Rb D2 with isolator and collimator Datasheet DFB-0780-00080-1500-TOV01-0005 780 nm 80 mW spectroscopy: Rb D2 Datasheet DFB-0780-00080-1500-BFW01-0002 780 nm 80 mW tunable with collimator Datasheet DFB-0780-00080-1500-BFW01-0005 780 nm 80 mW spectroscopy: Rb D2 with collimator Datasheet DFB-0780-00080-1500-TOC03-0000 780 nm 80 mW basic variant Datasheet DFB-0780-00080-1500-TOC03-0002 780 nm 80 mW tunable Datasheet DFB-0780-00080-1500-TOC03-0005 780 nm 80 mW spectroscopy: Rb D2 Datasheet DFB-0785-00040-1500-BFY02-0000 785 nm 40 mW basic variant with PM fiber Datasheet DFB-0785-00040-1500-BFY02-0002 785 nm 40 mW tunable with PM fiber Datasheet DFB-0785-00100-1500-TOV01-0000 785 nm 100 mW basic variant Datasheet DFB-0795-00040-1500-BFW11-0005 795 nm 40 mW spectroscopy: Rb D1 with isolator and collimator Datasheet DFB-0795-00080-1500-BFW01-0005 795 nm 80 mW spectroscopy: Rb D1 with collimator Datasheet DFB-0852-00015-1500-BFY12-0005 852 nm 15 mW spectroscopy: Cs D2 Datasheet DFB-0852-00050-1500-BFY02-0000 852 nm 50 mW basic variant with PM fiber Datasheet DFB-0852-00050-1500-BFY02-0002 852 nm 50 mW tunable with PM fiber Datasheet DFB-0852-00100-1500-BFW01-0002 852 nm 100 mW tunable with collimator Datasheet DFB-0852-00100-1500-BFW01-0005 852 nm 100 mW spectroscopy: CS D2 with collimator Datasheet DFB-0852-00150-1500-TOC03-0000 852 nm 150 mW basic variant Datasheet DFB-0852-00150-1500-TOC03-0002 852 nm 150 mW tunable Datasheet DFB-0852-00150-1500-TOC03-0005 852 nm 150 mW spectroscopy: Cs D2 Datasheet DFB-0895-00050-1500-TOV01-0005 895 nm 50 mW spectroscopy: Cs D1 Datasheet DFB-0922-00080-1500-TOC03-0005 922 nm 80 mW spectroscopy: Sr Datasheet DFB-0935-00080-1500-TOC03-0004 935 nm 80 mW spectroscopy: Yb Datasheet DFB-0935-00080-1500-TOC03-0005 935 nm 80 mW spectroscopy: water Datasheet DFB-1030-00500-1500-BFY02-0010 1030 nm 500 mW seed laser (pulsed mode) with PM fiber Datasheet DFB-1060-00040-1500-BFY02-0002 1060 nm 40 mW tunable with PM fiber Datasheet DFB-1064-00025-1500-BFY12-0002 1064 nm 25 mW tunable with isolator and PM fiber Datasheet DFB-1064-00040-1500-BFY02-0000 1064 nm 40 mW basic variant with PM fiber Datasheet DFB-1064-00040-1500-BFY02-0002 1064 nm 40 mW tunable with PM fiber Datasheet DFB-1064-00080-1500-TOC03-0000 1064 nm 80 mW basic variant Datasheet DFB-1064-00080-1500-TOC03-0002 1064 nm 80 mW tunable Datasheet DFB-1064-00500-1500-BFY02-0010 1064 nm 500 mW seed laser (pulsed mode) with PM fiber Datasheet DFB-1083-00025-1500-BFY12-0002 1083 nm 25 mW tunable with isolator and PM fiber Datasheet DFB-1083-00030-1500-BFY02-0000 1083 nm 30 mW basic variant with PM fiber Datasheet DFB-1083-00030-1500-BFY02-0002 1083 nm 30 mW tunable with PM fiber Datasheet DFB-1083-00080-1500-BFW01-0000 1083 nm 80 mW basic variant with collimator Datasheet DFB-1083-00080-1500-BFW01-0002 1083 nm 80 mW tunable with collimator Datasheet DFB-1083-00080-1500-TOC03-0000 1083 nm 80 mW basic variant Datasheet DFB-1083-00080-1500-TOC03-0002 1083 nm 80 mW tunable Datasheet Applications: Interferometry, Laser Doppler Velocimetry and Vibrometry; Cold Atoms; Optically Pumped Atom Clocks; Quantum Optics; THz Generation, Raman Spectroscopy; Cs- ,Rb- , K- Spectroscopy; Seed Laser for LIDAR Systems

Product number: SW10678

Manufacturer: TOPTICA eagleyard

EP Series Discrete Mode Laser Diodes for Gas Sensing

657-2350 nm; Output Power 2-14 mW; Threshold Current 12-35 mA; Slope Efficiency 0.04-0.21 W/A; Tuning Coefficient 0.003-0.02 nm/mA; SMSR 40 dB; Package Type 14-pin Butterfly, DX-1 Custom, TO-39 Eblana’s EP series of discrete mode (DM) laser diodes utilize the inherent low linewidth performance of the DM platform in comparison to typical DFB lasers, ideal for trace gas sensing and environmental monitoring in the near-infrared (NIR) and mid-infrared (NIR, MIR) wavelength domain. EP series laser diodes are available in a variety of industry standard and custom package types, as well as with wavelengths ranging from 657 to 2350 nm, suitable for sensing a broad range of chemical elements and substances: Calcium (Ca): 657 nm Oxygen (O2): 760 nm Rubidium (Rb): 780 nm Ytterbium (Yb): 1064 nm Hydrogen Fluoride (HF): 1278 nm Moisture (H2O): 1342 nm, 1392.5 nm, 1854 nm Ammonia (NH3), Acetylene (C2H2): 1512 nm Carbon Dioxide(CO2), Carbon Monoxide (CO), Hydrogen Sulfide (H2S): 1578 nm Methane (CH4): 1654 nm Hydrocarbon Compounds like Propane or Butane (CxHx): 1692 nm Hydrochloric Acid (HCl): 1742 nm Carbon Dioxide(CO2): 2004 nm, 2051 nm, 2051 nm High-power Nitrous Oxide (N2O): 2108 nm Carbon Monoxide (CO): 2327 nm Eblana can also realize DM laser diodes for any custom wavelength requirements with a proven track record of success – please contact the AMS Technologies’ laser diode experts who are committed to ensuring that our customers realize the perfect gas sensing solution to meet their technical and commercial needs – every time. Laser-based gas sensing applications require excellent tuning characteristics. Eblana’s discrete mode lasers feature mode-hop free tuning over a minimum of 2 nm. Utilizing a standard Fabry-Perot ridge waveguide process to ensure high reliability and consistency, Eblana’s discrete mode (DM) technology achieves excellent side mode suppression ratio (SMSR) and a narrow linewidth below 2 MHz. Wavelength-selective features are etched using surface-level lithography to create single mode (SM) lasers, and a multiple quantum-well epitaxial structure is grown by MOCVD or MBE. Compared with traditional DFB approaches, Eblana’s discrete mode technology is regrowth-free and the wavelength selection material-agnostic. Key Features: Excellent Spectral Purity Most Devices Tunable Over Multiple Absorption Lines Mode-hop-free Performance Threshold Current: 12 mA to 35 mA Slope Efficiency: 0.04 W/A to 0.21 W/A Output Power: 2 mW to 14 mW Tuning Coefficient: 0.003 nm/mA to 0.02 nm/mA Side Mode Suppression Ratio (SMSR): 40 dB Operating Temperature Range: -20 to +65 °C Package Types: 14-pin Butterfly, DX-1 Custom Package, TO-39 Applications: Trace Gas Sensing; Environmental Monitoring; High-sensitivity Detection; HF Measurement in Harsh Environments; High-temperature H2O Sensing; Wavelength Modulation Spectroscopy; Cavity Ringdown Spectroscopy ;Telecom; Fiber Coupling

Product number: SW11637

Manufacturer: Eblana Photonics

Fiber-coupled Multi-Single Emitter Diode Lasers

440-1064 nm; Output Power 0.4-330 W; Fiber Core Diameter 105-400 µm; Fiber NA 0.22 BWT’s broad range of fiber-coupled multi-single emitter diode lasers are built upon the foundation of multi-emitter coupling technology to obtain high-power and high-brightness diode lasers. BWT’s multi-single emitter diode lasers cover a wavelength range from 440 nm to 1064 nm with output powers from 0.4 W to 330 W. Variants with wavelengths in the area of 9xx nm (915 nm to 976 nm) are especially suited for pumping of fiber lasers and solid state lasers. Further areas of applications are material processing, 3D printing, illumination, aiming beam, a broad range of life sciences and others. Multi-single emitter diode lasers have great advantages in high reliability and high performance. BWT has patented many improved optical designs for this type of lasers. Compact packages and commercially recognized formats allow easy integration into existing products. Inspecting and burn-in procedures guarantee each product with reliability, stability and long lifetime. For customer-specific applications, varieties of packages as well as optional functions like aiming beam, photo detector, TEC, fiber detector, thermistor and other functions are available. Contact the AMS Technologies diode laser experts to discuss your customized diode laser solution. Item Number Wavelength Power Fiber Core Diameter Fiber Numerical Aperture Features Applications Download K440FA5FN-30.00W 440 nm 30 W 105 µm 0.22 Material Processing; 3D Printing Datasheet K440FA5CN-30.00W 440 nm 30 W 200 µm 0.22 Material Processing; Medical; 3D Printing Datasheet K445F03FN-3.000W 445 nm 3 W 105 µm 0.22 Biochemical Analysis; Scientific Research Datasheet K445FTRFN-20.00W 445 nm 20 W 105 µm 0.22 Illumination; Scientific Research; Material Processing; 3D Printing Datasheet K445FTRFN-50.00W 445 nm 50 W 200 µm 0.22 Scientific Research; Material Processing; 3D Printing Datasheet K445FGRFN-200.0W 445 nm 200 W 200 µm 0.22 Material Processing; 3D Printing Datasheet K635F03RN-0.400W 635 nm 400 mW 105 µm 0.22 1040-1200 nm Feedback Protection Aiming Beam for Fiber Laser; Printing; Medical; Scientific Research Datasheet K635F15FN-1.800W 635 nm 1.8 W 105 µm 0.22 Aiming Beam Datasheet K635EWDFN-5.000W 635 nm 1.8 W 105 µm 0.22 Medical; Aiming Beam; Scientific Research Datasheet K793DA2RN-8.000W 793 nm 8 W 105 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping; Solid State Laser Pumping Datasheet K793DA3RN-12.00W 793 nm 12 W 105 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping; Solid State Laser Pumping Datasheet K793DAERN-16.00W 793 nm 16 W 105 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping; Solid State Laser Pumping Datasheet K793DA5RN-30.00W 793 nm 30 W 105 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping Datasheet K793DG5RN-50.00W 793 nm 50 W 105 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping Datasheet K793DN2RN-80.00W 793 nm 80 W 200 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping; Solid State Laser Pumping Datasheet K793DN1RN-90.00W 793 nm 90 W 106.5 µm 0.22 Laser Pumping Datasheet K793DN2RN-140.0W 793 nm 140 W 200 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping Datasheet K793DN2RN-180.0W 793 nm 180 W 200 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping; Solid State Laser Pumping Datasheet K808F02MN-10.00W 808 nm 10 W 400 µm 0.22 Illumination; Medical; Laser Pumping; Material Processing Datasheet K808F04MN-15.00W 808 nm 15 W 400 µm 0.22 Illumination; Medical; Laser Pumping; Material Processing Datasheet K808F04MN-20.00W 808 nm 20 W 400 µm 0.22 Illumination; Medical; Laser Pumping; Material Processing Datasheet K808DAHRN-25.00W 808 nm 25 W 400 µm 0.22 Solid State Laser Pumping; Medical; Material Processing Datasheet K808DAECN-30.00W 808 nm 30 W 400 µm 0.22 Solid State Laser Pumping; Medical; Material Processing Datasheet K808DN1RN-40.00W 808 nm 40 W 106.5 µm 0.22 Fiber Laser Pumping Datasheet K808DA5RN-55.00W 808 nm 55 W 400 µm 0.22 Solid State Laser Pumping; Medical; Material Processing Datasheet K808DN1RN-60.00W 808 nm 60 W 106.5 µm 0.22 DPSS Pumping; Medical; Material Processing Datasheet K808DN2RN-150.0W 808 nm 150 W 400 µm 0.22 Solid State Laser Pumping; Medical; Material Processing Datasheet K878BNXRN-30.00W 878.6 nm 30 W 200/400 µm 0.22 Solid State Laser Pumping Datasheet K878BN0RN-65.00W 878.6 nm 65 W 200 µm 0.22 Solid State Laser Pumping Datasheet K878BN2RN-120.0W 878.6 nm 120 W 200 µm 0.22 Solid State Laser Pumping Datasheet K888BN0RN-65.00W 888 nm 65 W 200 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K888BN2RN-120.0W 888 nm 120 W 200 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K915FA3RN-30.00W 915 nm 30 W 105 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K915FA3RN-35.00W 915 nm 35 W 105 µm 0.22 1020-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K915FNXRN-70.00W 915 nm 70 W 106.5 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K915FA5RN-70.00W 915 nm 70 W 106.5 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K915FN1RN-160.0W 915 nm 160 W 106.5 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K915FN1RN-180.0W 915 nm 180 W 106.5 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K915-A0-250.0W-13522-D 915 nm 250 W 135 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K915-A0-300.0W-20022-S 915 nm 300 W 200 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K940FA2RN-20.00W 940 nm 20 W 105 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K940FA3RN-30.00W 940 nm 30 W 105 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K940FA5RN-70.00W 940 nm 70 W 106.5 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K940FN1RN-150.0W 940 nm 150 W 106.5 µm 0.22 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K940FN1RN-200.0W 940 nm 200 W 135 µm 0.22 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K940FN1RN-200.0W 940 nm 200 W 200 µm 0.22 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976FANCA-15.00W 976 nm 15 W 200 µm 0.22 Customer Options: Red Aiming Beam, Power PD, Thermistor Medical; Material Processing Datasheet K976AA2RN-18.00W 976 nm 18 W 105 µm 0.22 Wavelength-stabilized, Δλ<0.7 nm, 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976DA2RN-20.00W 976 nm 20 W 105 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K976AAHRN-27.00W 976 nm 27 W 105 µm 0.22 Wavelength-stabilized, Δλ<0.7 nm, 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976DA3RN-30.00W 976 nm 30 W 105 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K976FANCA-30.00W 976 nm 30 W 200 µm 0.22 Customer Options: Red Aiming Beam, Power PD, Thermistor, Fiber Detector Medical; Material Processing Datasheet K976AA5RN-60.00W 976 nm 60 W 106.5 µm 0.22 Wavelength-stabilized, Δλ<0.7 nm, 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976DA5RN-70.00W 976 nm 70 W 106.5 µm 0.22 1040-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K976AN1RN-130.0W 976 nm 130 W 105 µm 0.15 Wavelength-stabilized, 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976BN1RN-140.0W 976 nm 140 W 106.5 µm 0.22 Wavelength-stabilized, 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976DN1RN-150.0W 976 nm 140 W 106.5 µm 0.22 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976BN1RN-180.0W 976 nm 180 W 200 µm 0.22 Wavelength-stabilized, 1040-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976-A0-250.0W-13522-D 976 nm 250 W 135 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976-A0-330.0W-20022-S 976 nm 330 W 200 µm 0.22 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet KA64HAMCA-10.00W 1064 nm 10 W 200 µm 0.22 Dental; Dermatology; Therapeutic Datasheet KA64HAMCA-15.00W 1064 nm 15 W 200 µm 0.22 Dental; Dermatology; Therapeutic Datasheet KA64HAMCA-20.00W 1064 nm 20 W 200 µm 0.22 Dental; Dermatology; Therapeutic Datasheet Applications: Pumping of Fiber Lasers and Solid State Lasers; Material Processing, Medical; 3D Printing; Biochemical Analysis; Scientific Research; Illumination; Aiming Beam; Dental; Dermatology; Therapeutic

Product number: SW11589

Manufacturer: BWT Beijing

Fiber-coupled Single Emitter Diode Lasers

405-976 nm; Output Power 0.002-12 W; Fiber Core Diameter 4-400 µm; Fiber NA 0.13, 0.14, 0.22 BWT provides a broad range of single-emitter diode lasers with wavelengths from 405 nm to 97 6nm and output powers from 2 mW to 12 W. Variants with wavelengths in the area of 9xx nm (915 nm to 976 nm) are especially suited for pumping of fiber lasers and solid state lasers. Further areas of applications are computer to plate (CTP) printing, medical, aiming beam, industry and others. BWT’s high-power diode laser modules are manufactured by adopting specialized fiber coupling techniques. Using special micro optics, the asymmetric radiation from the laser diode chip is transferred into an output fiber with small core diameter. The result are volume products with a high efficiency, stability and superior beam quality. Inspecting and burn-in procedures guarantee each product with reliability, stability and long lifetime. For customer-specific applications, varieties of packages as well as optional functions like aiming beam, photo detector, TEC, fiber detector, thermistor and other functions are available. Contact the AMS Technologies diode laser experts to discuss your customized diode laser solution. Item Number Wavelength Power Fiber Core Diameter Fiber Numerical Aperture Features Applications Download K405E03CN-0.160W 405 nm 160 mW 40 µm 0.22 Printing Datasheet K450FFBFN-0.800W 450 nm 800 mW 105 µm 0.22 Biochemical Analysis; Scientific Research; Printing Datasheet K520F03SN-0.005W 520 nm 5 mW 4 µm 0.13 Aiming Beam Datasheet K520F03FN-0.010W 520 nm 10 mW 105 µm 0.22 Aiming Beam Datasheet K635F03RN-0.002W 635 nm 2 mW 4 µm 0.13 1040-1200 nm Feedback Protection Aiming Beam for Fiber Laser; Printing; Medical; Scientific Research Datasheet K635F03RN-0.020W 635 nm 20 mW 4 µm 0.13 1040-1200 nm Feedback Protection Aiming Beam for Fiber Laser; Printing; Medical; Scientific Research Datasheet K785AFLFN-0.600W 785 nm 600 mW 105 µm 0.22 Δλ<0.12 nm Raman Spectroscopy; Sensing; Medical Datasheet K785AFLWN-0.600W 785 nm 600 mW - - Δλ<0.12 nm Raman Spectroscopy; Sensing; Medical Datasheet K793DB2RN-4.000W 793 nm 4 W 105 µm 0.22 1900-2100 nm Feedback Protection Fiber Laser Pumping; Solid State Laser Pumping Datasheet K808F11CA-4.000W 808 nm 4 W 200 µm 0.22 Medical; Material Processing Datasheet K808DB2RN-8.000W 808 nm 8 W 400 µm 0.22 Solid State Laser Pumping; Medical; Material Processing Datasheet K808F14CA-8.000W 808 nm 8 W 400 µm 0.22 Medical Datasheet K830AFLWN-0.600W 830 nm 600 mW - - Δλ<0.12 nm Raman Spectroscopy; Sensing; Medical Datasheet K830AFLFN-0.600W 830 nm 600 mW 105 µm 0.22 Δλ<0.12 nm Raman Spectroscopy; Sensing; Medical Datasheet K830F02FN-1.000W 830 nm 1 W 50 µm 0.14 CTP Printing Datasheet K830F02FN-2.000W 830 nm 2 W 50 µm 0.14 Flexo Printing Datasheet K915FB2RN-10.00W 915 nm 10 W 105 µm 0.22 CATV; Fiber Laser Pumping; Medical; Material Processing Datasheet K915FB2RN-12.00W 915 nm 12 W 105 µm 0.22 Fiber Laser Pumping; Medical; Material Processing Datasheet K940EB2RN-10.00W 940 nm 10 W 105 µm 0.22 Fiber Laser Pumping; CATV Datasheet K976AB2RN-3.000W 976 nm 3 W 105 µm 0.22 Wavelength-stabilized, Δλ<0.7 nm, 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976AB2RN-9.000W 976 nm 9 W 105 µm 0.22 Wavelength-stabilized, Δλ<0.7 nm, 1020-1200 nm Feedback Protection Fiber Laser Pumping Datasheet K976DB2RN-10.00W 976 nm 10 W 105 µm 0.22 1020-1200 nm Feedback Protection Laser Pumping; Medical; Material Processing Datasheet K976F11CA-10.00W 976 nm 10 W 200 µm 0.22 Customer Options: Aiming Beam, Power PD, Thermistor, Reflective Fiber Detection Sensor Medical; Material Processing Datasheet K976F14CA-10.00W 976 nm 10 W 200 µm 0.22 Customer Options: Red Aiming Beam, Power PD, Thermistor, TEC Medical; Material Processing Datasheet Applications: Pumping of Fiber Lasers and Solid State Lasers; Biochemical Analysis; Scientific Research; Computer to Plate(CTP) Printing; Aiming Beam; Medical; Material Processing; Raman Spectroscopy; Sensing; CATV

Product number: SW11588

Manufacturer: BWT Beijing

FiberMax™ Fiber Pigtailed Lasers

520 to 980 nm; 1 to 100 mW; Beam Size 0.8 to 3.2 mm Blue Sky Research’s FiberMax™ series of direct coupled, fiber pigtailed lasers is a direct laser coupled system which efficiently couples laser power into a single mode fiber via a cost effective and highly repeatable process. Direct fiber-to-laser coupling is stable in alignment, permanent and enables compact laser module designs which are practical for high-volume, price sensitive applications. The FiberMax series of fiber pigtailed laser diodes is designed to offer superior beam quality and exceptionally stabile laser power in a compact OEM package. FiberMax devices combine a laser diode typically integrating Blue Sky Research’s beam circularization technology, and a single mode, single mode polarization maintaining or multi mode fiber pigtail into a miniature opto-mechanical package. FiberMax’s power coupling is actively optimized and fixed in the factory, and its output power is stable over the product’s lifetime, no field re-alignment is ever required. The FiberMax series offers a variety of wavelengths, power and performance configurations to choose from. All FiberMax products can be mass produced in OEM volumes and delivered to meet your production timing and inventory requirements. Please ask us about specialized fiber or laser options you require. Mechanical and thermal stability of direct fiber-to-laser assemblies have met Military and Telecommunications standards for long term reliability and stability, i.e. Telcordia 468-CORE and MIL-STD-883. Key Features: Direct Fiber-to-Laser Coupling Meets Telcordia 468-CORE, MIL-883 Shock & Vibration Stable Power – Short and Long Term No Misalignment With Environment Efficient Laser Power Coupling Visible Through Infrared Wavelengths: 520 to 980 nm Laser Diode Power: 1 to 100 mW (Depending on Wavelength) Beam Size (With Collimator): 0.8 to 3.2 mm Applications: Flow Cytometry; Confocal Laser Scanning Microscopy; Life Sciences; Food Safety; Microelectronics

Product number: SW10949

Manufacturer: Blue Sky Research

FiberTEC II Fiber-coupled Diode Laser Modules

405-980 nm; Max. Optical Output Power 40-12 mW; Beam Diameter 0.75-4 mm; Power Stability <0.5%; Fiber Type SM, MM, PM Blue Sky Research’s FiberTec II™ series of high-performance, fiber-coupled diode laser modules incorporates highly integrated, sophisticated electronics for laser drive, protection, modulation and feedback functions. It has been optimized to meet the demanding performance requirements of applications that include medical, life sciences and automated instrumentation. This ultra-compact stand-alone assembly is RoHS compliant and can be ordered with a variety of collimation optics which allow easy integration into your system. A wide variety of wavelength and power options are available including the FiberTec II SLED series covering the visible to near-infrared wavelengths and FiberTec II laser diode modules which include 405, 488, 532 and 635 nm wavelength products. The FiberTec II lasers utilize several distinct technical approaches compared to other laser diode modules. Blue Sky Research’s patented micro lens approach optimizes the efficiency of coupling power into the fiber, allowing to drive the lasers less hard than competitors, which results in more stable power output over time and temperature. This means that with a FiberTecII product you’ll never have to re-align your fiber, as proven by Blue Sky Research with hundreds of thousands of hours of real time test data and extreme environmental test. In the FiberTec II series, the thermoelectric cooler (TEC) stabilizes laser power output and lasing wavelength over varying operational temperatures. Power stability is better than 0.5% over any 1-hour period. Our highly integrated electronic control is entirely contained within the laser module and no separate control box required. The lasers require DC power for operation. Output options include polarization maintaining (PM) fiber (typical extinction ratio of 100:1) and single mode or multi mode fiber. Termination options include fiber connectorization or collimation optics with diameters ranging from 0.8 to 3.3 mm. For the FiberTEC II series of fiber-coupled diode laser modules the dedicated power supply CLPS is available as an accessory. This device provides up to 2.5 A of current for laser diode and TEC and allows the operation of the FiberTEC II series from standard power sockets with 100 to 240 VAC. Key Features: Ultra Compact Fiber Coupled Diode Laser Modules Fiber Options: Single Mode, Multi Mode, Polarization Maintaining Integrated Micro-Optic Beam Shaping for High Efficiency & Stability Fully Integrated Laser Driver, Protection and Control Electronics Diffraction Limited Performance Solid State Reliability Stable, Low-noise Power Output: <0.5% RMS 20 Hz to 2 MHz Wavelengths: 405 to 980 nm, Including Violet, Blue, Green, Red, NIR Laser Diode Power: 40 to 120 mW (Depending on Wavelength) Power Stability (1 h): <0.5% Beam Size: 0.75 to 4 mm Beam Pointing Stability <10 µrad/C Sharp Edge Modulation to 100 kHz for Most Wavelengths Package Size: Dia. 11 mm, Length 17.5, 25 mm Applications: Analytical Instruments; Biomedical & Medical; Flow Cytometry; Confocal Microscopy; Defense & Homeland Security; Particle Analysis; Inspection & Metrology

Product number: SW10948

Manufacturer: Blue Sky Research

Fibotype PHS Fiber-coupled Diode Laser Modules

830 nm (Typ.); Max. Optical Output Power per Channel 0.65, 2 W; Fiber Type MM; Fiber Core Dia. 60, 104 µm; No. of LDs per Module 1, 4 Fibotec Fiberoptics’ Fibotype PHS series of fibercoupled laserdiodes is widely used in many industrial applications such as the printing industry, other graphic arts, material processing and sensing instruments. Laser diodes need safe drive conditions guaranteed by ready-to-use laser diode subsystems. These products are cost savers for the customers dealing with an industrial environment or growing complexity of the final system. Fibotec offers subsystems that provide fast modulation of high-current laser diodes with fiber arrays attached. Laser diodes to be integrated into a subsystem are used according to the customer´s need – selected from a variety of different suppliers or specified by the final customer to address certain purchasing agreements or qualification processes. Key Features: Multi mode (MM) Fiber Coupled High-current Drivers High Speed Wide Choice of Laser Diodes Wavelength: 830 nm (Typical) Number of Laser Diodes per Module: 1, 4 Power per Channel: 0.65, 2 W Fiber Core Diameter: 60, 104 µm Numerical Aperture (NA) out of Fiber: 0.14 Fiber Pitch 128 µm, N/A Max. Rise/Fall Time: 50, 200 ns Power Supply: 5 VDC Drive Current @5 VDC: 2, 8, 25 A Custom Package Optics and Fiber Arrays Optional Dimensions: Approx. 40 ccm per Channel (Without Heatsink) Weight: Approx. 200 g (Without Heatsink) Operating Temperature: +10°C to +30°C (Non-condensing) Applications: Printing Industry; Other Graphic Arts; Material Processing; Sensing Instruments

Product number: SW11743

Manufacturer: Fibotec Fiberoptics GmbH

HL40xxxx Series UV Laser Diodes

404, 405 nm; Optical Output Power 150-1,000 mW; Threshold Current 60-320 mA; Forward Current 150-1,000 mA; Beam Divergence 6°/15°-13°/45° Ushio Europe’s HL40xxxx Series of high-performance UV laser diodes is available at wavelengths from 404 nm to 405 nm with a maximum optical output power up to 1,000 mW. These industrial-quality, reliable blue violet laser diodes offer high power and low operating current, a long lifespan and high energy efficiency. All Ushio Europe UV laser diodes are RoHS-compliant. Key Features: High Optical Output Power: 150 mW to 1,000 mW Customised Specifications High Efficiency Low Operating Current TE Mode Oscillation Part Number 1) Wavelength Optical Output Power Internal Circuit 2) Threshold Current Operating Current Beam Divergence Parallel to Junction Beam Divergence Perpendicular to Junction Downloads HL40041MG 404 nm 150 mW CC 60 mA 150 mA 13° 45° Datasheet HL40053MG 400 mW FN 110 mA 370 mA 13° 42° Datasheet HL40071MG 405 nm 300 mW CC 50 mA 280 mA 6° 15° Datasheet HL40063MG 600 mW FN 140 mA 600 mA 13° 42° Datasheet HL40065MG 600 mW BC 140 mA 600 mA 13° 42° Datasheet HL40033G 1,000 mW FN 320 mA 1,000 mA 13° 42° Datasheet HL40085G 1,000 mW BC 320 mA 1,000 mA 13° 42° Datasheet 1) Last 1 or 2 Letters Display Package Size - G: f9.0 mm, MG: f5.6 mm 2) Internal Circuit Pin Assignment - CC: LD Cathode Common (Flange), PD Anode Common; FN: LD Electrode Isolated From Common (Flange), no PD; BC: LD Cathode Common (Flange), PD Cathode Common Applications: Medical; Displays; Defence & Security; Machine Control; Barcode Scanning; Consumer Products; Automotive; Semiconductor Manufacturing, Other

Product number: SW11629

Manufacturer: USHIO OPTO SEMICONDUCTORS

HL6xxxxxx Series Red Laser Diodes

633-690 nm; Optical Output Power 150-2,400 mW; Threshold Current 15-600 mA; Forward Current 20-2,400 mA; Beam Divergence 8°/14°-10°/33° Ushio Europe’s HL6xxxxxx Series is a comprehensive lineup of high-performance red laser diodes with wavelengths from 633 nm to 690 nm and optical output power ranges from 5 mW to 2.4 W (typical). These industrial-quality, reliable visible wavelength laser diodes offer high power and low operating current, long lifetime and energy efficiency. All Ushio Europe red laser diodes are RoHS-compliant. Key Features: High Optical Output Power: 5 mW to 2,400 mW Customised Specifications High Efficiency Low Operating Current TE Mode Oscillation Part Number 1) Wavelength Optical Output Power Internal Circuit 2) Threshold Current Operating Current Beam Divergence Parallel to Junction Beam Divergence Perpendicular to Junction Downloads HL63163DG 633 nm 100 mW FN 70 mA 170 mA 8.5° 18° Datasheet HL63101MG 637 nm 5 mW CC 15 mA 20 mA 8° 34° Datasheet HL63102MG 637 nm 5 mW AC 15 mA 20 mA 8° 34° Datasheet HL63142DG 637 nm 100 mW AC 50 mA 140 mA 8° 18° Datasheet HL6388MG 637 nm 250 mW LN 100 mA 340 mA 11° 40° Datasheet HL63253MG 637 nm 450 mW FN 200 mA 600 mA 8.5° 33° Datasheet HL63283HD 637 nm 1,200 mW FN 340 mA 1,300 mA 10° 33° Datasheet HL6312G 638 nm 5 mW AC 45 mA 55 mA 8° 31° Datasheet HL6354MG 638 nm 5 mW AC 20 mA 27 mA 8° 25° Datasheet HL6355MG 638 nm 5 mW CC 20 mA 27 mA 8° 25° Datasheet HL6319G 638 nm 10 mW CC 50 mA 70 mA 8° 31° Datasheet HL6320G 638 nm 10 mW AC 50 mA 70 mA 8° 31° Datasheet HL6321G 638 nm 15 mW CC 55 mA 85 mA 8° 30° Datasheet HL6322G 638 nm 15 mW AC 55 mA 85 mA 8° 30° Datasheet HL63603TG 638 nm 120 mW FN 50 mA 165 mA 8.5° 18° Datasheet HL63153AT 638 nm 150 mW FN 75 mA 230 mA 8.5° 18° Datasheet HL63133DG 638 nm 170 mW FN 60 mA 250 mA 9° 17° Datasheet HL63263DG 638 nm 200 mW FN 75 mA 280 mA 8° 14° Datasheet HL63193MG 638 nm 700 mW FN 200 mA 820 mA 9° 35° Datasheet HL63192DG 638 nm 700 mW AC 200 mA 820 mA 9° 35° Datasheet HL63290HD 638 nm 2,200 mW FN 600 mA 2,400 mA 10° 33° Datasheet HL63520HD 638 nm 2,400 mW FN 570 mA 2,400 mA 10° 33° Datasheet HL6358MG 639 nm 10 mW AC 30 mA 40 mA 8° 21° Datasheet HL6359MG 639 nm 10 mW CC 30 mA 40 mA 8° 21° Datasheet HL6395MG 639 nm 10 mW CC 45 mA 55 mA 9° 21° Datasheet HL6396MG 639 nm 10 mW AC 45 mA 55 mA 9° 21° Datasheet HL6360MG 639 nm 20 mW AC 45 mA 65 mA 9° 21° Datasheet HL6361MG 639 nm 20 mW CC 45 mA 65 mA 9° 21° Datasheet HL6397MG 639 nm 20 mW CC 45 mA 65 mA 9° 21° Datasheet HL6398MG 639 nm 20 mW AC 45 mA 65 mA 9° 21° Datasheet HL6323MG 639 nm 30 mW AC 45 mA 95 mA 8.5° 30° Datasheet HL63391DG 639 nm 200 mW CC 65 mA 255 mA 8.5° 14° HL63392DG 639 nm 200 mW AC 65 mA 255 mA 8.5° 14° HL6362MG 640 nm 40 mW AC 45 mA 90 mA 10° 21° Datasheet HL6363MG 640 nm 40 mW CC 45 mA 90 mA 10° 21° Datasheet HL6364DG 642 nm 60 mW AC 65 mA 125 mA 10° 21° Datasheet HL6365DG 642 nm 60 mW CC 65 mA 125 mA 10° 21° Datasheet HL6366DG 642 nm 80 mW AC 80 mA 155 mA 10° 21° Datasheet HL6367DG 642 nm 80 mW CC 80 mA 155 mA 10° 21° Datasheet HL6385DG 642 nm 150 mW LN 110 mA 280 mA 9° 17° Datasheet HL6501MG 658 nm 30 mW CC 45 mA 85 mA 8.5° 22° Datasheet HL65014DG (648.5) nm 150 mW LN 110 mA 280 mA 9° 17° Datasheet HL6544FM 660 nm 50 mW FN 60 mA 115 mA 10° 17° Datasheet HL65051DG 660 nm 120 mW CC 60 mA 175 mA 10° 17° Datasheet HL6545MG 660 nm 120 mW LN 60 mA 175 mA 10° 17° Datasheet HL6748MG 660 nm 120 mW AC 20 mA 30 mA 8° 25° HL6756MG 660 nm 15 mW AC 20 mA 35 mA 8° 24° Datasheet HL6750MG 685 nm 50 mW CC 30 mA 75 mA 9 21° Datasheet HL6738MG 690 nm 30 mW CC 45 mA 90 mA 8.5° 19° Datasheet 1) Last 1 or 2 Letters Display Package Size - G, HD: f9.0 mm, MG, DG, FM: f5.6 mm; TG, AT: f3.8 mm2) Internal Circuit Pin Assignment - AC: LD Anode Common (Flange), PD Cathode Common; CC: LD Cathode Common (Flange), PD Anode Common; LN: LD Cathode Common (Flange), no PD; FN: LD Electrode Isolated From Common (Flange), no PD Applications: Medical; Displays; Defence & Security; Machine Control; Barcode Scanning; Consumer Products; Automotive; Semiconductor Manufacturing, Other

Product number: SW11630

Manufacturer: USHIO OPTO SEMICONDUCTORS

HL7xxxMG/HL83xxMG Series Near-IR Laser Diodes

705-852 nm; Optical Output Power 40, 50 mW; Threshold Current 20, 30 mA; Forward Current 75 mA; Beam Divergence 9°/18°, 9°/22° Ushio Europe’s HL7xxxMG/HL83xxMG Series is a comprehensive lineup of high-performance infrared laser diodes with wavelengths from 705 nm to 852 nm and optical output power ranges from 40 mW to 50 mW (typical). These industrial-quality, reliable laser diodes offer high power and low operating current, long lifetime and energy efficiency. All Ushio Europe infrared near-IR laser diodes are RoHS-compliant. Key Features: High Optical Output Power:40 mW to 50 mW Customised Specifications High Efficiency Low Operating Current TE Mode Oscillation Package Size: f5.6 Part Number (1) Wavelength Optical Output Power Internal Circuit(2) Threshold Current Operating Current Beam Divergence Parallel to Junction Beam Divergence Perpendicular to Junction Downloads HL63163DG 633 nm 100 mW FN 70 mA 170 mA 8.5° 18° Datasheet HL63101MG 637 nm 5 mW CC 15 mA 20 mA 8° 34° Datasheet HL63102MG 637 nm 5 mW AC 15 mA 20 mA 8° 34° Datasheet HL63142DG 637 nm 100 mW AC 50 mA 140 mA 8° 18° Datasheet HL6388MG 637 nm 250 mW LN 100 mA 340 mA 11° 40° Datasheet HL63253MG 637 nm 450 mW FN 200 mA 600 mA 8.5° 33° Datasheet HL63283HD 637 nm 1,200 mW FN 340 mA 1,300 mA 10° 33° Datasheet HL6312G 638 nm 5 mW AC 45 mA 55 mA 8° 31° Datasheet HL6354MG 638 nm 5 mW AC 20 mA 27 mA 8° 25° Datasheet HL6355MG 638 nm 5 mW CC 20 mA 27 mA 8° 25° Datasheet HL6319G 638 nm 10 mW CC 50 mA 70 mA 8° 31° Datasheet HL6320G 638 nm 10 mW AC 50 mA 70 mA 8° 31° Datasheet HL6321G 638 nm 15 mW CC 55 mA 85 mA 8° 30° Datasheet HL6322G 638 nm 15 mW AC 55 mA 85 mA 8° 30° Datasheet HL63603TG 638 nm 120 mW FN 50 mA 165 mA 8.5° 18° Datasheet HL63153AT 638 nm 150 mW FN 75 mA 230 mA 8.5° 18° Datasheet HL63133DG 638 nm 170 mW FN 60 mA 250 mA 9° 17° Datasheet HL63263DG 638 nm 200 mW FN 75 mA 280 mA 8° 14° Datasheet HL63193MG 638 nm 700 mW FN 200 mA 820 mA 9° 35° Datasheet HL63192DG 638 nm 700 mW AC 200 mA 820 mA 9° 35° Datasheet HL63290HD 638 nm 2,200 mW FN 600 mA 2,400 mA 10° 33° Datasheet HL63520HD 638 nm 2,400 mW FN 570 mA 2,400 mA 10° 33° Datasheet HL6358MG 639 nm 10 mW AC 30 mA 40 mA 8° 21° Datasheet HL6359MG 639 nm 10 mW CC 30 mA 40 mA 8° 21° Datasheet HL6395MG 639 nm 10 mW CC 45 mA 55 mA 9° 21° Datasheet HL6396MG 639 nm 10 mW AC 45 mA 55 mA 9° 21° Datasheet HL6360MG 639 nm 20 mW AC 45 mA 65 mA 9° 21° Datasheet HL6361MG 639 nm 20 mW CC 45 mA 65 mA 9° 21° Datasheet HL6397MG 639 nm 20 mW CC 45 mA 65 mA 9° 21° Datasheet HL6398MG 639 nm 20 mW AC 45 mA 65 mA 9° 21° Datasheet HL6323MG 639 nm 30 mW AC 45 mA 95 mA 8.5° 30° Datasheet HL63391DG 639 nm 200 mW CC 65 mA 255 mA 8.5° 14° HL63392DG 639 nm 200 mW AC 65 mA 255 mA 8.5° 14° HL6362MG 640 nm 40 mW AC 45 mA 90 mA 10° 21° Datasheet HL6363MG 40 mW CC 45 mA 90 mA 10° 21° Datasheet HL6364DG 642 nm 60 mW AC 65 mA 125 mA 10° 21° Datasheet HL6365DG 642 nm 60 mW CC 65 mA 125 mA 10° 21° Datasheet HL6366DG 642 nm 80 mW AC 80 mA 155 mA 10° 21° Datasheet HL6367DG 642 nm 80 mW CC 80 mA 155 mA 10° 21° Datasheet HL6385DG 642 nm 150 mW LN 110 mA 280 mA 9° 17° Datasheet HL6501MG 658 nm 30 mW CC 45 mA 85 mA 8.5° 22° Datasheet HL65014DG (648.5) nm 150 mW LN 110 mA 280 mA 9° 17° Datasheet HL6544FM 660 nm 50 mW FN 60 mA 115 mA 10° 17° Datasheet HL65051DG 660 nm 120 mW CC 60 mA 175 mA 10° 17° Datasheet HL6545MG 660 nm 120 mW LN 60 mA 175 mA 10° 17° Datasheet HL6748MG 660 nm 120 mW AC 20 mA 30 mA 8° 25° HL6756MG 660 nm 15 mW AC 20 mA 35 mA 8° 24° Datasheet HL6750MG 685 nm 50 mW CC 30 mA 75 mA 9 21° Datasheet HL6738MG 690 nm 30 mW CC 45 mA 90 mA 8.5° 19° Datasheet 1) Last 2 Letters Display Package Size - MG: f5.6 mm2) Internal Circuit Pin Assignment - AC: LD Anode Common (Flange), PD Cathode Common; CC: LD Cathode Common (Flange), PD Anode Common Applications: Medical; Displays; Defence & Security; Machine Control; Barcode Scanning; Consumer Products; Automotive; Semiconductor Manufacturing, Other

Product number: SW11649

Manufacturer: USHIO OPTO SEMICONDUCTORS

LCx Pump Laser Modules

Single Chip; 973-977 nm; Spectral Width 0.2 nm; Max. Output Power 0.18-0.6 W; 14-pin Butterfly Package; Threshold Current 50, 60 mA Within the LCx series, II-VI Incorporated offers a variety of single-chip pump laser modules addressing all areas of low-noise all-optical amplification and power consumption requirements. Increasingly, network providers are concerned with component density and power consumption which translates into cost of installation and cost of ownership of a network. To address this, II-VI Incorporated offers a suite of 980 nm pump lasers from uncooled, semi-cooled and traditional-cooled pumps over a set of market leading power ranges. LC96Z***-7* cooled 14-pin butterfly 980 nm pump laser module lasers are designed as pump sources for erbium-doped fiber amplifier (EDFA) applications. Processes and techniques of coupling the fiber to the laser allow high output powers that are very stable with both time and temperature. The LC96Z***-7* series pump modules utilize a fiber Bragg grating design for enhanced wavelength and power stability performance. This product has been designed to ensure superior wavelength locking over drive current, temperature and optical feedback changes. Devices are available with kink-free output powers up to 600 mW. The LCL96Z***-7* series low power consumption pump modules operate at significantly reduced TEC and overall power consumption. Key Features: High Output Power, up to 600 mW Kink-free Low Power Consumption (LCL96Z) Fiber Bragg Grating Stabilization for Wavelength Locking Over the Entire Operating Conditions Hermetically Sealed 14-pin Butterfly Package Internal Thermoelectric Heat Pump and Monitor Photodiode Operating Temperature Range: -20 to +75 °C Fiber Type: Single Mode (SM) Corning HI1060 or Equivalent Operating Wavelength: 973 to 977 nm Spectral Width: 0.2 nm Typical Threshold Current: 50, 60 mA Typical Operating Forward Voltage: 1.7 V Typical Maximum Operating Current: 375 to 1,000 mA Return Loss (RL): >35 dB Telcordia GR-468-CORE Compliant Field-proven High Reliability RoHS Compliant Applications: Low-noise EDFAs; Dense Wavelength Division Multiplexing (DWDM) EDFAs; CATV Applications; SFF and Micro-Amp Applications

Product number: SW11379

Manufacturer: II-VI Incorporated

LHCVN Series 905 nm Hybrid Pulsed Laser Diodes

905 nm; Spectral Width 5 nm; Min. Optical Power 20-350 W; Typ. Pulse Width 10, 30 ns; Emitter Area 200x10, 200x480 µm; No. of Diodes 1, 5 OSI LaserDiode’s LHCVN Series of 905 nm hybrid laser diodes for pulsed operations incorporates a pulsed laser firing circuit into the same package as the laser diode. The hybridization of the driver permits much narrower pulse widths and faster rise times at lower voltage requirements than discrete laser drivers. The LHCVN series is compatible with all OSI LaserDiode standard MOCVD laser diodes and can be optimally driven utilizing commercially available MOSFET drivers. The hermetic TO5 package and increased efficiency is ideal when space and weight are of primary concern. Key Features: High Efficiency High Peak Power Emission Peak Emission Wavelength: 905 nm Spectral Width (FWHM): 5 nm Beam Spread (FWHM): 9° x 25° Low Voltage Operation (100 V Maximum) Number of Diodes: 1, 5 Minimum Optical Power: 20 to 350 W Pulse Width: 10, 30 ns (Typical) Emitter Area: 200 x 10 µm, 200 x 480 µm Rise/Fall Times: 2 ns (Typical) Operating Voltage: 40, 100 V (Typical) RoHS Compliant Operating Temperature: 0 °C to +75 °C Dimensions: 9.19 mm Dia. x 10.67 mm Length Applications: Rangefinders, Ceilometers; Weapons Simulation; Surveying; LIDAR

Product number: SW11587

Manufacturer: OSI LaserDiode