380-24-AA TEC based Cabinet Cooler 210W Cooling Capacity

Output Current LD 1.5 A; Output Current TEC ±4 A; Benchtop or Rack Mount; Compatible with Butterfly Type 1 & Type 2 Lasers; Current Stability <0.1%  Maiman Electronics’ MBL1500A laser diode driver and TEC Temperature Controllers is designed for driving laser diodes in both Type 1 (Pump) and Type 2 (Telecom) 14-pin butterfly packages. The MBL1500A benchtop format drivers include a high stability (0.01 mА) current source for the laser diode and a thermoelectric Peltier cooler (TEC). The laser diode mount is also included on-board with an Azimuth ZIF socket, compatible with Type 1 and Type 2 pinouts of 14-pin butterfly laser diodes. The laser diode driver channel provides current of up to 1.5 A with not more than 10 to 15 µA of noise. The TEC driver channel provides a temperature change from +12 to +40 °C with a stability of 0,01 °C. In addition, the TEC channel contains an integrated self-adjusted PID controller, keeping the temperature of the Peltier element with high precision within ±0,01 °C. The MBL1500A driver can be controlled from the front panel using buttons and/or touchscreen or remotely via USB. With these features, MBL1500A is an excellent choice for laboratory test set-ups and has all the necessary protections for safe operation of laser diodes. Key Features: All-in-One Current Source, Temperature Controller and Mount with Azimuth ZIF Socket for Butterfly LD Compatible With Type 1 and Type 2 Butterfly 14-pin Laser Diodes Controlled Locally With Touch Screen or Buttons Controlled Remote Over USB (Software and Communication Protocol Included) Integrated PID Controller, Does Not Require Setup Soft-Start Current Ramp, Current Protection, Temperature Protection for Laser Diode Option to Save 9 Presets Current Stability <0.1% Free Software Dimensions: 271 x 257 x 117 mm Applications: Supplying Laser Diodes in Butterfly Package; Laser Pumping; Laser Spectroscopy; Laboratory Test Set-ups

Cabinet Cooler - 16,5W Cooling Capacity - Heatpipe based – CC200-24

A broad range of custom optical prisms is available from OPTAplus. Within the OPTAplus product range, you can choose between various prism types like right-angle prisms, 30°-60° prisms, corner cubes, roof prisms, Dove prisms, penta prisms, dispersion prisms or wedges – with dimensions ranging from 2.00 mm to 100.00 mm. Optical prisms are made of material that is optically transparent to light of the relevant wavelength. This material is shaped into a prismatic form in which the end faces are not parallel to each other, resulting in optical refraction when a light beam is sent through the optical prism. Typical applications for optical prisms are dispersion, reflection, deflection, rotation and axis offset of a light beam. Does your application require customized optical prisms? Get in touch with the AMS Technologies optical prism experts to discuss your specific requirements.

The AMS-71-1.4-1.15 is a high-efficiency thermoelectric cooler (TEC) designed for precision thermal management in industrial, scientific, and research applications. With a Qmax of 43W, this compact and powerful Peltier module ensures stable and efficient heat dissipation for semiconductor devices, medical instruments, laser systems, and industrial electronics.Engineered with high-quality Al₂O₃ ceramic materials, this 30x30 mm TEC module features a maximum temperature differential (dTmax) of 69K, making it an ideal solution for demanding cooling applications. Its flat and parallel structure with minimal height variation ensures optimal heat transfer and reliability in precision environments.Key FeaturesHigh Cooling Efficiency – Qmax of 43W ensures effective heat dissipation, supporting temperature-sensitive applications.Optimized Electrical Performance – Operates at Umax 8.8V and Imax 7.9A, ensuring stable and energy-efficient cooling.Wide Temperature Differential – With a dTmax of 69K, this TEC provides excellent thermal regulation in critical applications.Compact and Durable Build – 30x30 mm rectangular design with a 3.6 mm height allows for integration into space-constrained systems.High-Quality Materials – Constructed with Al₂O₃ ceramic, ensuring high thermal conductivity and durability.Reliable Lead Wires – Equipped with 22 AWG wires for secure electrical connections and ROHS compliance for environmental safety.Sealed for Durability – Features epoxy sealing (E-type) for enhanced protection and longevity.ApplicationsSemiconductor Cooling – Ensures precise thermal regulation for high-performance electronic components in research and industrial settings.Medical and Laboratory Equipment – Supports temperature-sensitive instruments, including laser therapy devices and cryogenic research equipment.Laser and Optoelectronic Systems – Provides efficient heat dissipation for high-power laser diodes and optical sensors.Industrial Electronics and Instrumentation – Maintains optimal operating temperatures for automated control systems and electronic testing equipment.Aerospace and Automotive Thermal Management – Delivers high-reliability cooling solutions for specialized transportation and aerospace applications.What’s Next?The AMS-71-1.4-1.15 Thermoelectric Cooler offers exceptional efficiency, reliability, and precision cooling for critical applications. Its advanced design and robust construction make it an optimal choice for professionals requiring stable and high-performance temperature control solutions.For technical inquiries, availability, or customized solutions, contact your thermal management specialist to integrate this TEC into your next project.

Wavelength Range 200-2500 nm; Number of fibers 7-19; Core diameter 200-400 µm; Connector type SMA-905Reflection probes are utilized to gather spectral data from diffuse or specular materials. Light from a source is directed through six illumination fibers to the sample, with the reflection measured by a seventh fiber at the center of the probe tip. Explore our reflection probes below.Reflection ProbesReflection probes are used to obtain spectral information of diffuse or specular materials. Light from a source is directed through six illumination fibers to the sample, and the reflection is measured by a seventh fiber at the center of the probe tip. This seventh fiber is connected to a spectrometer configured for the relevant wavelength range. Additional illumination fibers can be added to increase the light source energy and enhance the reflection signal level. For measurements at a 90° angle, the FCR-90-Option was developed. This special adapter, with a mirror positioned at 45°, can be easily mounted on the tip of Avantes standard reflection probes. The FCR-COL is an adjustable UV/VIS/NIR collimating and focusing lens, enabling the focusing of the measurement spot at an extended distance.Reflection Probes with ReferenceTo correct for fluctuations and drift from your light source, periodic referencing is necessary. Avantes offers a series of reflection probes with a self-referencing feature to facilitate this. Light from the source is bundled into 12 fibers, split into two 6-fiber bundles. One bundle is directed to the probe end for sample measurement, while the other is directed to a white reflection tile built into the probe for a light source reference. This reference leg is connected to a slave spectrometer channel dedicated to light source referencing or can be routed to a single channel via a fiber-optic (contact a Sales Engineer for this special configuration). The probe end has a seventh fiber that reflects light back to the master spectrometer channel.Reflection Probes with Multiple LegsFor certain measurements, a reflection probe that can be coupled to two spectrometers and a light source is required. A typical example is a reflection measurement in the UV/VIS and NIR range. For these situations, Avantes offers reflection probes with multiple legs. Light from a source is coupled into a fiber bundle consisting of 17 illumination fibers, which transport the light to the probe end. The reflected light is uniformly distributed into two read fibers, each connected to a spectrometer. For measurements at a 90° angle, the FCR-90-Option is available. This adapter, with a mirror mounted at 45°, can be easily attached to the tip of these reflection probes. To accurately focus a small measurement spot from a greater distance, the FCR-COL adjustable UV/VIS/NIR collimating/focusing lens can be mounted to the tip of these probes.Reflection Probes with Small TipsFor certain medical and semiconductor applications, a small or very small tip is advisable for conducting reflectance measurements. Avantes offers two standard diameters of small-tip reflection probes: 1.5mm and 2.5mm, each typically 100mm in length. The probe is configured with an illumination leg containing six 200 μm fiber cables connected to a fiber-coupled light source and a single 200 μm read fiber cable to measure the reflection via connection to a spectrometer. A special angled fiber holder (AFH-15) is available for the 1.5mm diameter reflection probe, enabling reflection measurements at angles of 15, 30, 45, 60, 75, and 90 degrees. Depending on application requirements, Avantes offers various jacketing options, including Kevlar-reinforced PVC sleeving with PTFE inner tubing (Standard), heavy industrial chrome-plated brass mono-coil, stainless steel (BX), silicone-coated stainless steel mono-coil (MS), flexible chrome-plated brass outer jacket with hooked profile (ME), and other special jacketings upon request. For high-temperature applications, special high-temperature epoxy (HT) is available and should be specified at the time of order.Reflection Probes for Powders and Thick FluidsAvantes offers a specially designed series of reflection probes for effectively measuring reflection in powders and thick fluids. These probes allow users to simply dip the probe into the powder or thick fluids to conduct measurements. The probe’s illumination leg is connected to a light source and carries light to the sample via a bundle of six fibers. At the probe tip, a 45-degree fused silica window illuminates the sample and collects indirect reflections, which are carried by a single fiber to the spectrometer. The 45-degree angle prevents direct back reflection from the window, thus improving the dynamic range of your measurement.1/2" Industrial Reflection Probes for Powders and Thick FluidsFor industrial applications requiring reflection measurements in thick liquids or powders, this probe is ideal. The stainless steel cylinder and probe end withstand extreme conditions. The tip is exchangeable and waterproof, with optional materials like PEEK or Hastelloy® C276 available. Light enters from the source through six bundled fibers to the probe end, illuminating the material through a sapphire window angled at 45 degrees. This angle prevents light reflection from the window. The light is selectively reflected through the seventh fiber in the probe, which leads to the connected spectrometer.Applications: Gathering spectral data from diffuse or specular materials 

152.4 mm x 95.3 mm, 0.004 °C/W, tubed cold plate.Components can be mounted on both sides of CP15™, making this compact and lightweight cold plate ideal for applications where heat loads are moderating and space is at a premium. The tubes of the CP15™ cold plates are coplanar with the plate to allow for dual-sided mounting. The cold plate's tube side offers higher performance as the copper tubes are in direct contact with the component being cooled. Our range of standard tubed cold plates provide cost-effective thermal solutions for component cooling applications where the heat load is low-to-moderate. These tubed cold plates consist of copper tubes pressed into a channeled aluminum extrusion. This “Press-Lock” technology eliminates the need for performance-limiting epoxy between the tube and the plate, resulting in superior thermal performance. Each tubed cold plate has a single tube with no joint, ensuring leak-free operation.

The PZ1-SM4-E-850 by Optiphase is a cutting-edge high-speed fiber stretcher, designed to deliver outstanding performance in optical interferometric measurement and sensing systems. This product integrates a sophisticated fiber-wound piezoelectric element, optimized for applications requiring variable optical delay, open-loop demodulation, and large-angle modulation of interferometric phases. Operating at a wavelength of 850.0 nm, this model features bare leads for versatile connectivity and an enclosed design for enhanced durability and protection.The PZ1 family of fiber stretchers stands out due to its unique multi-layer winding approach, which enhances modulation capabilities while maintaining high operational frequencies. This series is available in SM, PM, or RC fiber types, offering extensive flexibility for various industrial and research applications. Known for its compact and low-profile form factor, the PZ1 series is easily integrated into any system, providing a high performance-to-cost ratio that surpasses other devices in the market.Key FeaturesHigh-speed operation ensures precise and reliable performance for advanced optical systems, minimizing time delays and maximizing efficiency.Cost-effective solution with a superior performance-to-price ratio, ideal for budget-conscious projects without compromising quality.The compact and low-profile design allows seamless integration into tight spaces, facilitating easy installation and maintenance.Compatible with standard electronics, eliminating the need for proprietary drivers and reducing setup complexity and costs.Multiple termination options provide flexibility and adaptability to various system requirements, enhancing user convenience.The unique multi-layer winding technique enhances modulation capabilities, enabling more complex and varied optical measurements.Operates effectively under a wide range of voltage and frequency conditions, ensuring robust performance across diverse applications.ApplicationsOptical interferometry: Perfect for high-precision measurements where phase accuracy is crucial.Sensor simulation: Ideal for replicating sensor behaviors in controlled environments for testing and validation purposes.Variable optical delay: Provides adjustable time delays in optical paths, essential for synchronization in various systems.Open-loop demodulation: Facilitates the interpretation of complex signals without feedback control, simplifying the process.Optical communication systems: Enhances signal integrity and transmission quality in advanced communication networks.Laser calibration: Ensures accurate calibration of laser systems by precisely adjusting optical path lengths.Research & Development: Supports experimental setups in laboratories focused on optical technologies and innovations.What's Next?As industries continue to demand higher precision and greater efficiency in optical systems, the PZ1-SM4-E-850 is positioned to be a vital component in meeting these challenges. Its advanced design accommodates the evolving needs of research and industrial applications, providing a reliable foundation for future technological developments. Researchers and engineers seeking state-of-the-art solutions will find the PZ1 series indispensable in pushing the boundaries of optical technology.AMS Technologies, as a leading provider of innovative solutions, offers comprehensive support and expertise in deploying Optiphase products. Our commitment to customer service and technical excellence ensures that your investment in the PZ1 series will yield maximum benefits, helping you achieve your project goals with confidence. Contact us today to learn how our solutions can integrate seamlessly into your systems, driving progress and innovation forward.