Single-Stage Thermoelectric ModulesSingle-stage thermoelectric modules from S&PF MODUL are designed for efficient, reliable solid-state cooling in scientific and industrial systems that require precise temperature control. Based on established Peltier technology, these modules generate a controlled temperature gradient when powered by a direct current, enabling localized cooling or heating without moving parts, refrigerants, or mechanical wear. With more than three decades of experience in thermoelectric manufacturing, S&PF MODUL delivers reproducible performance and stable quality suitable for both development projects and long-term series production.Single-stage modules are optimized for applications with moderate temperature differentials and high cooling capacity. Their construction combines carefully selected thermoelectric semiconductor materials with robust ceramic substrates and durable metallization. This results in predictable electrical and thermal behavior over extended operating periods, even under continuous load. The modules are engineered to integrate easily into compact thermal assemblies and support efficient coupling to air-cooled or liquid-cooled heat dissipation systems.Key features• Single-stage Peltier module design for efficient cooling at moderate temperature differentials • Wide range of standard module sizes, current ratings, and cooling capacities • High-quality thermoelectric materials with stable electrical characteristics • Durable ceramic substrates for mechanical strength and thermal stability • Low thermal resistance interfaces for effective heat sink integration • Consistent unit-to-unit performance through controlled manufacturing processes • Custom options for dimensions, electrical parameters, and lead configurations • Suitable for continuous operation in industrial and laboratory environmentsApplicationsS&PF MODUL single-stage thermoelectric modules are widely used in analytical and laboratory instrumentation where accurate temperature stabilization is essential. Typical uses include detector cooling, sample temperature control, and stabilization of optoelectronic components. In industrial electronics, these modules are applied to manage localized heat loads in power devices, communication systems, and embedded control units.Further applications include laser diode temperature control, infrared sensors, environmental monitoring equipment, and compact cooling systems. In automotive and mobile platforms, solid-state thermoelectric cooling provides orientation-independent operation and high resistance to vibration. For OEM manufacturers, single-stage thermoelectric modules offer a scalable and maintenance-free thermal management solution that can be integrated into both specialized equipment and high-volume production systems.What’s next?Correct module selection and thermal system design are critical to achieving the required cooling performance and service life. Our sales and application specialists support you in selecting the appropriate S&PF MODUL single-stage thermoelectric module based on heat load, electrical supply, and integration constraints. Contact our sales team to request technical data, discuss customization options, or obtain a quotation tailored to your application.

Planar Lightwave Circuit;1x4;25 %;1550 nm;Polarization Maintaining

The AMS-125-1.4-1.15CH is a high-performance thermoelectric cooler (TEC) engineered for precision temperature control in industrial, scientific, and medical applications. With a Qmax of 75W, this compact yet powerful TEC module delivers efficient heat transfer for semiconductor devices, laser systems, laboratory instruments, and advanced industrial equipment.Designed for stable and long-lasting performance, this 40x40 mm rectangular Peltier module features a dTmax of 69K, enabling effective thermal management in demanding environments. Its integrated 4.7mm center hole allows for secure mounting and easy integration into complex cooling setups, ensuring optimal heat dissipation and enhanced system efficiency.Key FeaturesSuperior Cooling Capacity – With a Qmax of 75W, this TEC provides high-performance cooling, essential for temperature-sensitive applications.Optimized Electrical Performance – Operates at Umax 15.5V and Imax 7.9A, ensuring stable cooling efficiency with minimal power consumption.Wide Temperature Differential – The dTmax of 69K ensures reliable thermal stability, even under extreme conditions.Compact and Durable Build – The 40x40 mm rectangular shape and 3.4 mm height allow seamless integration into compact thermal management systems.Center Hole for Flexible Mounting – A 4.7 mm hole facilitates precise positioning, making installation in specialized setups easier.Low Electrical Resistance for Maximum Efficiency – With a Rac of 1.5Ω, this TEC minimizes energy loss while delivering consistent cooling output.ApplicationsSemiconductor Cooling – Ensures optimal thermal conditions for electronic chips, sensors, and microprocessors, preventing overheating and enhancing performance.Medical and Laboratory Devices – Ideal for temperature control in diagnostic instruments, laser therapy systems, and cryogenic research equipment.Laser and Optoelectronic Systems – Delivers efficient cooling for high-power laser diodes, photonic sensors, and optical communication devices.Industrial Electronics and Automation – Maintains stable operating temperatures in precision test equipment, control systems, and high-performance industrial devices.Automotive and Aerospace Thermal Management – Supports high-efficiency cooling in advanced vehicular, aerospace, and satellite thermal control systems.What’s Next?The AMS-125-1.4-1.15CH Thermoelectric Cooler is designed for reliable, high-efficiency thermal management in critical applications. With its robust design, precise cooling capabilities, and energy efficiency, this TEC module is an optimal solution for professionals seeking advanced temperature control.For technical inquiries, product availability, or customized solutions, contact your thermal management specialist to integrate this TEC into your next project.

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

Output Current TEC ±10, ±15 A; Benchtop or Rack Mount; Supply Voltage 100-240 VAC; USB, Ethernet Communication Interface; Temperature Stability 0.0009°CWavelength Electronics’ TC LAB series of instrument type temperature controllers integrates high-end digital control with a precision output current drive stage to offer the best stability temperature control instrument commercially available today. Many different sensors can be used in the feedback loop including thermistors, RTDs, linear current and voltage sensors. Within the TC LAB series, two models are available driving a thermoelectric or resistive heater with maximum currents of 10 A (TC10 LAB) with 15 V compliance or 15 A maximum (TC5 LAB) with 20 V compliance. The advanced and reliable circuitry of the TC LAB series instruments achieves better than 0.0009 °C temperature stability with thermistors. Safety features protect the thermoelectric cooler [TEC] and its load. Over and under temperature limits as well as positive and negative current limits can be set. If the sensor signal is lost or a short is detected at the TEC, output current is disabled. If temperature limits are exceeded, a signal to the active load can be sent to disable its current. For example, connect the LD Shutdown BNC output to the Active Lock input on Wavelength Electronics’ QCL LAB driver, and the QCL current will shut down if temperature limits are exceeded. An auxiliary sensor can be used to monitor the temperature of the system heatsink. With Wavelength’s plug and play instrument, you have the ability to quickly set the controls using either the instrument touch screen or a remote computer, and results are easy to monitor. This allows taking your temperature-controlled application from the test bench to market quickly and efficiently. Wavelength Electronics’ proprietary IntelliTune® algorithm characterizes the TEC/sensor system’s response to the controller and determines the optimal PID control coefficients. It then automatically adjusts the PID control values as setpoint, tuning mode, or bias current change. Run IntelliTune® easily just off ambient and watch it change PID settings for a much higher or lower setpoint. After a single scan, explore either optimized setpoint response or disturbance rejection performance with your load to see which works best. Add or remove the D term to see if noise is an issue. IntelliTune® lets you skip the manual characterization and it’s smart enough to really work—very little adjustment is needed after you have stored a successful characterization scan. See Application Note IntelliTune® vs. Conventional Autotune for an in-depth exploration. One mating DB 15+2 thermoelectric and sensor plug is included with the instrument. As accessories, various further devices are available, like a DB9 mating connector for status/enable signals, a DB15+2 male connector with hood and high current pin inserts, full cables for the DB9 and DB15+2 or single and dual rack mount kits. When controlling laser diode temperature, the LDMOUNT-5A, a 14-pin butterfly laser diode mount with integrated heat sinking, is available for simple connections between the instrument and the laser. If you need a lower power temperature control instrument, consider the LFI3751 series. Free, effective and responsive technical support is available to simplify integration of Wavelength products into your OEM design. Standard products can be easily modified to meet your application requirements. Get in touch with the AMS Technologies laser diode driver experts to discuss your customized solution! Key Features: Instrument Type, Benchtop Use Size: 89 x 221 x 450 mm 19" Rack Mountable, 2 U Half Rack Output Current up to ±15 A Supply Range: 100 to 240 VAC (±10%), 3A, 50 to 60 Hz Compliance Voltage 20 V Compatible With Most Sensor Types (Thermistor, RTD, IC, IR) Temperature Stability Better than 0.0009 °C Intuitive User Interface Touchscreen IntelliTune® PID Control, Setpoint Response or Disturbance Rejection Optimization Adjustable Current Limits Over- and Under-temperature Protection USB, Ethernet Interfaces Applications: Research in Electro-optical, Medical, Spectroscopy and Defense Systems; Communications; Manufacturing; Particle and Droplet Measurement; Manufacturing Test; Airborne Instrumentation; Spectroscopic Monitors; Medical Diagnostic Equipment

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0.36-5 MP; Pixel Size 2.2x2.2-6.0x6.0 µm; Sensor Size 1/3”-1/2” Diagonal; Colour or B/W; 3-310 fps; Resolution 8-12 bit; USB 2.0; Buffered; Progressive Scan; Dynamic Range >55-70 dB; Board-level or Enclosed Mightex’s B-Series USB 2.0 CMOS cameras with frame buffers are optimized for machine-vision applications, and they can also be used for a wide variety of other applications such as digital microscopy and medical imaging, where quality, ease of use, and cost-effectiveness are crucial. B-Series cameras are available as colour or B/W versions, with resolutions from Wide VGA (WVGA, 752x480) up to 5 MP (2592x1944) and 8, 10 or 12 bit, and they can be ordered as “naked” board-level device or pre-mounted in an enclosure. Monochrome cameras often exhibit a 20% higher spatial resolution than their colour counterparts because no pixel interpolation is necessary. Without a Bayer colour filter on the sensor, monochrome cameras are also more sensitive than colour sensors, especially in near IR and UV regions. Mightex’s B-Series cameras feature built-in frame buffers, global shutter (Wide VGA versions), external trigger-in, strobe-out, and a powerful camera engine that supports multiple cameras. The frame rate can be as high as 60 fps in full resolution and up to 600 fps using ROI mode (depending on colour or B/W and sensor resolution). In addition, a user-friendly GUI based application software and an SDK are provided for custom software development. A DirectShow driver and a TWAIN driver are included (except for 5 MP B/W versions), and a USB command set protocol is provided for non-Windows based applications. A Linux driver is also either included (5 MP and Wide VGA B/W versions) or available upon request. Available models are: BCN-C050-U/BCN-C050-US: 5 MP, colour, lens mount C/CS, board-level BCE-C050-U/BCE-C050-US: 5 MP, colour, lens mount C/CS, enclosed BCN-B050-U/BTN-B050-U: 5 MP, B/W, 8/12 bit, lens mount C or CS, board-level BCE-B050-U/BTE-B050-U: 5 MP, B/W, 8/12 bit, lens mount C or CS, enclosed BCN-C030-U/BCN-C030-US: 3 MP, colour, lens mount C/CS, board-level BCE-C030-U/BCE-C030-US: 3 MP, colour, lens mount C/CS, enclosed BCN-B013-U/BCN-B013-US: 1.3 MP, B/W, 8 bit, lens mount C/CS, board-level BCE-B013-U/BCE-B013-US: 1.3 MP, B/W, 8 bit, lens mount C/CS, enclosed BTN-B013-U/BTN-B013-US: 1.3 MP, B/W, 10 bit, lens mount C/CS, board-level BTE-B013-U/BTE-B013-US: 1.3 MP, B/W, 10 bit, lens mount C/CS, enclosed BCN-CG04-U/BCN-CG04-US: WVGA, colour, lens mount C/CS, board-level BCE-CG04-U/BCE-CG04-US: WVGA, colour, lens mount C/CS, enclosed BCN-BG04-U/BCN-BG04-US: WVGA, B/W, 8 bit, lens mount C/CS, board-level BCE-BG04-U/BCE-BG04-US: WVGA, B/W, 8 bit, lens mount C/CS, enclosed BTN-BG04-U/BTN-BG04-US: WVGA, B/W, 10 bit, lens mount C/CS, board-level BTE-BG04-U/BTE-BG04-US: WVGA, B/W, 10 bit, lens mount C/CS, enclosed Note: Board-level cameras are designed for OEM applications, when a system-level enclosure is usually provided. In order to avoid electro-static discharge (ESD) related damages, workforce handling a board-level camera should be properly grounded. ESD related damages are considered as mishandling and are not covered by product warranty. For lab use, it is strongly recommended to choose an enclosed camera instead of a board-level one. Key Features: Colour or Black&White (B/W, Monochrome) Board-level or Enclosed Versions Available Ultra-compact Active Imaging Pixels: 0.36 to 5 MP, 752x480 to 2592x1944 Pixel Size: 2.2 x 2.2 to 6.0 x 6.0 µm Sensor Size (Diagonal): 1/3” to 1/2” Dynamic Range: >55 to 70 dB Buffered, 32 MByte On-board Memory (3 to 23 Frames at Full Resolution, Depending on Sensor) 8, 10 or 12 bit Gray Level Progressive Scanning System Frame Rate: 3 to 310 fps True Global Shutter (Wide VGA Versions) Supports Simultaneous Image Capturing From Multiple Cameras 4-pin GPIOs Arbitrary ROI Supported (Wide VGA Versions) Interface: High-speed USB 2.0 (480 Mbit/s), No Need for External Power Supply Digital Output, No Need for Frame Grabber Custom Programmable With SDK Provided DirectShow & TWAIN Drivers Linux Driver (5 MP and Wide VGA B/W Versions) USB Command Set Protocol for Non-Windows-based Applications External and Software Trigger Strobe Output for External Flash Precise Frame Rate Setting (Wide VGA Versions) ROI (Not Wide VGA Versions) and Pixel Skipping/Binning OEM Versions Available Applications: Machine Vision and Stereo Vision; Medical Imaging; Semiconductor Equipment; Test Instruments; High-quality ID Photo Capture; Document Scanners; Digital Microscopy; Web Camera and Security Video