HIFOSS Diode Laser Sources

635-980 nm; Output Power 5-400 W; Fiber Core Diameter4-400 µm; Fiber NA 0.22 BWT manufactures fiber-coupled diode laser subsystems with wavelengths ranging from 635 nm to 980 nm and output powers up to 400 W, suitable for material processing, medical therapeutics and other applications. Compact and operate-friendly design makes these diode laser systems very easy to use. BWT can integrate diode lasers with different wavelengths and powers into the system, which includes control, temperature control, driver and other components. Several further functions can be integrated into the systems upon request – contact the AMS Technologies diode laser experts to discuss your customized diode laser system. The diode laser systems provide a flexible and easy-to-use interface. Parameters like operating temperature, current, repetition frequency and pulse width can be controlled by touch screen locally or by remote control (RS323 interface and I/O interface), which is easy to operate and convenient.  Item Number Wavelength Power Fiber Core Diameter Fiber Numerical Aperture Applications Download DS3-51522-LD 635 nm 635 nm 5 W 4/9/105 μm 0.22 Aiming Beam; Scientific Research Datasheet DS3-51522-LD 808 nm 808 nm 150 W 105/200/400 µm 0.22 Laser Pumping; Medical; Material Processing Datasheet DS3-51522-LD 9xx nm 915/980 nm 400 W 105/135/200/400 µm 0.22 Plastics Welding; 3D Printing; Soldering Datasheet   Applications: Aiming Beam; Scientific Research; Laser Pumping; Medical; Material Processing; Plastics Welding; 3D Printing; Soldering

1525-1610 nm; Output Power 8-15 mW; Max. Spectral Width 10-500 kHz; Wavelength Stability 50, 200 MHz; Fiber Type SM Fibotec Fiberoptics’ Fibolux DL-C series of diode lasers are compact, single-frequency light sources with a sub-MHz linewidth (in cw mode). A modulation input is possible on demand. Available wavelengths for standard products are in the range of 1530 nm to 1565 nm, other wavelength ranges can be discussed on demand. The diode lasers’ output power in the range of 8 mW to 15 mW may be post-amplified by an integrated EDFA. Also, wavelength multiplexing is available for customized versions. These narrowband diode lasers can be used in many test & measurement applications, in particular all typical and advanced spectroscopic measurements. The mode-hop free tuning range is typically 20 GHz, and the total tuning range is up to 100 GHz (0.8 nm). Key Features: Sub-MHz Spectral Width: Maximum 10, 50, 500 kHz Wavelength Range: 1525 nm to 1565/1610 nm Minimum Side Mode Suppression: 33/40 dB Maximum Tuning Range (Thermal): 100 GHz Wavelength Stability: 50, 200 MHz (15 min) Output Power: 8 mW to 15 mW (May Be Post-amplified by Integrated EDFA) Fast Tuning (Power): 1, 2 MHz/µW (Typ.) Single Mode Fiber Coupling High Reliability Options: Multi-wavelength; Remote Control; Higher Power With Booster EDFA; Instrument Versions; Special Packaging Dimensions: 145 x 100 x 17 mm (Module), 210 x 290 x 95 mm (Instrument) Weight: <500 g (Module, < 4 kg (Instrument) Operating Temperature: 0°c to +40 °C (Non-condensing) Applications: Test & Measurement; Typical and Advanced Spectroscopic Measurements

Handheld Diode Laser Sources, Single or Double Wavelength; 635 to 1625 nm; Output Power 0.02 to 1 mW; Case 76 x 127 x 25 mm; Linewidth 1.5, 30, 50 nm typ. OZ Optics’ FOSS series of single or dual wavelength fiber optic laser diode sources is available in a variety of wavelengths. These receptacle-style sources are offered with a wide range of receptacles, while the pigtail-style sources offer the choice of polarization maintaining (PM), single mode (SM) or multi mode (MM) fiber output. Each source has a low battery indicator on the front panel. FOSS standard sources provide continuous waveform output but can also be pulse modulated internally at 270 Hz, 1 kHz and 2 kHz. As an option, OZ Optics can include a blocking-style optical attenuator to adjust the output power for the FOSS-01 and FOSS-11 models. This method of power control does not affect the spectral properties of the laser diode output. The FOSS-2N allows the user to select one of four preset power levels via the keypad. The FOSS-22 dual wavelength variants consist of two sources in a single, lightweight package and are ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized. An LED display and simple keys on the front panel provide easy operation. The front panel keys are used to select on, off, modulation, and wavelength. The LED source allows the user to select one of four preset power levels via the keypad. In general, OZ Optics uses polarization maintaining fibers based on the PANDA fiber structure when building polarization maintaining components and patch cords. However OZ Optics can construct devices using other PM fiber structures. OZ Optics does carry some alternative fiber types in stock, so please contact AMS Technologies for availability. If necessary, OZ Optics is also willing to use customer supplied fibers to build devices. OZ Optics recommends angled connectors for improved stability. For 1300 nm and 1550 nm wavelengths, an isolator can be added for improved stability. OZ Optics also manufactures the HIFOSS series of highly stable laser diode sources, which includes a temperature controller and an isolator. Key Features: Single or Dual Wavelength Sources Continuous Wave (CW) and Waveform Modulation Wide Range of Connector Receptacles Optional Output Power Adjustment Polarization Maintaining, Single Mode or Multi Mode Versions Low Battery Indicator Rugged and Compact Design User-selectable Auto Turn-off Mode Applications: Insertion Loss Measurement and Attenuation Measurement; Fiber Identification Using Internal Modulated Mode; Splicing and Connectorization Testing; End-to-end Short Link Testing; FTTX/PON; Installing and Maintaining Fiber Optic Networks; Testing Multi Mode Fiber Cables; Testing Passive Optical Components; Verifying Patchcord Specifications; Calibrating Optical Receivers; Laboratory Research; Quality Assurance

Polarized Diode Laser Source; 400 to 2050 nm; Output Power 1 mW; Case 260 x 209 x 90 mm; Spectral Bandwidth <5 nm OZ Optics’ HIPFOSS series of highly stable polarized fiber optic sources feature exceptional power and wavelength stability while providing light polarized by as much as over 40 dB. This is achieved by thermally stabilizing the laser diode source, including an isolator to block any feedback from parasitic reflections, and utilizing optics that are rigorously tested for optical quality. The result is a source that is ideal for precise measurements. HIPFOSS sources are available in a variety of wavelengths and incorporate a rotatable polarizer , allowing users to set the polarization axis to any desired angle. The polarization axis is carefully referenced against the keyway on the connector receptacle, allowing users to have confidence that the alignment is optimized. As an option, the source can be built with a blocking style attenuator to manually control the output intensity. Unlike electrical methods of power control, this method does not affect the spectral properties of the laser diode output. Thus, users can be sure that measurements will be as repeatable as possible. Accessories include master reference patchcords for confirming the performance of the source. Extinction ratio meters are also available for measuring the output polarization from a fiber. Key Features: Polarization Extinction Ratio up to 40 dB Temperature-controlled Stable Sources With Isolators Excellent Stability, Long Lifetime Wide Range of Available Wavelengths 400 to 2050 nm Wide Range of Connector Receptacles Optional High-power Versions Optional Output Power Adjustment Applications: Extinction Ratio Measurements; Polarization Dependent Loss (PDL) Measurements; Interferometry; Product Manufacture and Quality Control

1550 nm, ITU-T Channels; Output Power 10-100 mW; 260x209x90 mm; Linewidth ≤15 kHz; SMSR >40 dB; RIN <-140 dB/Hz OZ Optics' NLFOSS ultra narrow linewidth stable laser source is produced using a high-performance external cavity laser (ECL) design. The compact and robust design offers very low sensitivity to vibration, and acoustic noise. This ensures an excellent wavelength stability during device lifetime. The narrow-linewidth, bench-top module is the ideal candidate for applications such as: LIDAR, sensing, injection seeding, spectroscopy, coherent communication, or oil and gas exploration. The NLFOSS source offers an ultra-low relative intensity noise (RIN, <-140 dB/Hz @>1 KHz), as well as low phase and frequency noise. Fast wavelength tuning and power modulation are offered upon request. NLFOSS sources are available with either polarization maintaining (PM) or single mode (SM) fiber, with a minimum output power of 10 mW (higher power available upon request). Please contact AMS Technologies for details. Key Features: Single Longitudinal Mode Narrow Linewidth: ≤15 kHz High Side Mode Suppression Ratio (SMSR): >40 dB Selectable Peak Wavelength on C-band: ITU-T Channels, DWDM 100 GHz, or Custom Excellent Wavelength Stability Long Lifetime Low Relative Intensity Noise (RIN): <-140 dB/Hz @>1 KHz Wavelength Tunability: Tuning Range (Optional) 200 MHz Typ. (Sinusoidal Modulation at 10 kHz; Input Voltage 4 V P-P) High-power Versions Available Power Modulation Available Polarization Maintaining (PM) or single mode (SM) Fiber Output Available Available Wavelengths: 1550 nm, ITU-T Channels Peak Wavelength Accuracy: ±10 nm (Nominal), ±2 nm, ±40 pm ITU C-Band Optical Power: 10 mW Standard, 20 mW, 50 mW & 100 mW Available Upon Request Typ. Optical Power Stability: ±5% Frequency Stability: <±5 MHz, Free Running Over 1 h; <±30 MHz, Free Running Over 8 h Optical Isolator: >40 dB Polarization Extinction Ratio (PER): >20 dB (PM Version Only) Available Receptacles: FC/APC, Angled SC Power Supply: 100/240 VAC, 50/60 Hz Operating Temperature Range: +15°C to +50°C Dimensions: 260 x 209 x 90 mm Applications: Brillouin Distributed Temperature and Strain Sensor; Oil and Gas Monitoring, Testing, Leak Detection, Exploration Systems; LIDAR; Fiber Laser Seeding; Metrology; Test & Measurement

Polarized Diode Laser Sources; 635 to 2050 nm; Output Power 1 mW; Case 60 x 90 x 190 mm; Spectral Bandwidth <5 nm OZ Optics’ PFOSS series of polarized fiber optic sources are produced in a variety of wavelengths. PFOSS sources are available in three versions: Two receptacle versions, one with the polarization axis aligned with the keyway on the receptacle and a second receptacle style version with a rotatable polarizer, allowing one to adjust the polarization axis to any desired angle. Finally, a pigtail style version has a polarization maintaining fiber attached, with the output polarization aligned with the slow axis of the fiber As an option, OZ Optics can include a blocking style optical attenuator to manually change the output. Unlike electrical systems, this method of power control does not affect the spectral properties of the laser diode output. This ensures more repeatable results. While the PFOSS design is quite stable for standard measurements, sometimes reflections or temperature changes can affect the output power and wavelength for applications where stability is critical. OZ Optics recommends using angled connectors and receptacles for optimum stability. With the HIPFOSS series, highly stable polarized fiber optic laser sources using Peltier coolers and isolators are also available from OZ Optics. Key Features: High Polarization Extinction Ratio (up to 40 dB) Stable Output Wide Range of Available Wavelengths Rugged and Compact Design Wide Range of Connector Receptacles Available Optional High-power Version Optional Adjustable Output Power Applications: Extinction Ratio Measurements; Polarization Dependent Loss (PDL) Measurements; Product Manufacturing and Quality Control

Handheld Diode Laser Source; 1550 nm; Wavelength Tuning Range ±2 nm ; Wavelength Accuracy ±0.004 nm; Output Power 1 mW; Dimensions 60x90x190 mm The TL-100 intelligent tunable laser diode source from OZ Optics is a compact optical source providing a user-controllable wavelength and output power level. Using a unique temperature compensation system, the source provides excellent stability in both wavelength and power. Unlike many sources that are accurate at only the calibration temperature, OZ Optics' TL-100 tunable laser is designed to maintain high accuracy over a wide range of ambient temperatures. This makes it an ideal source for use in environments where the room temperature is not precisely controlled. Unlike conventional sources that may require half an hour to warm up, the unique design of this source allows the device to achieve stable operation within seconds of being turned on. This saves time and effort for technicians in the field or on the production floor. In DWDM applications, precise wavelength control is essential for obtaining accurate test measurements. With wavelength accuracy at the picometer level, the OZ tunable source is able to meet these demanding requirements. While the operating wavelength of most laser diodes is dependent on the current through the laser, the design of OZ Optics' tunable laser will automatically compensate for changes in output power to restore the wavelength to its desired value. DWDM applications for the metro marketplace require lasers operating at precise wavelengths to ensure that light intended for one channel does not interfere with adjacent channels. The precise wavelength control of the TL-100 intelligent tunable laser diode source allows one to replace an array of specific-wavelength sources with a single tunable source. By tuning the source, one can set the source to the specific channel required. OZ Optics also makes banks of 4 to 8 tunable laser modules for OEM applications. Each laser in a bank can be individually tuned to cover any of up to 10 channels (at 50 GHz spacing). Not only does the TL-100 tunable source offer accurate wavelength control, but it also provides excellent power level control and stability. Power level accuracy is better than 1%, over a wide range of temperatures and wavelengths, with stability of better than 0.01 dB. With specifications like these, the TL-100 intelligent tunable laser diode source is well suited to countless applications where stability, accuracy, and reliability are required. For more information on tunable laser diode products, contact AMS Technologies. Key Features: User-tunable Wavelength Center Wavelength: 1550 nm Wavelength Tuning Range: ±2 nm Wavelength Accuracy: ±0.004 nm Wavelength Resolution: 0.001 nm Wavelength Response Time (From Min. Wavelength to Max. Wavelength): 30 s Typ. User-controllable Power Level Output Power :1 mW Power Dynamic Range: 20 dB Power Stability: ±0.005 dB Power Accuracy: 5 % Power Resolution: 0.001 dB Power Response Time (From Min. Specified Power to Max. Specified Power): 2 s Typ. Excellent Power and Wavelength Stability Over Wide Operating Temperature Range Very Short Warm-up Time Serial Port for Computer Control Connector Type: Angled FC\APC Remote Communications Interface: RS232 Power Supply: 120 VAC to 240 VAC, 50 Hz to 60 Hz, Universal AC/DC Adaptor included Operating Temperature Range: +15°C to +35°C Small Size: Dimensions 60 x 90 x 190 mm, Including Protective Boot Weight: 0.5 kg Applications: DWDM Network Testing; Component Testing; Instrument Wavelength and Power Calibration; General Lab Use