AMS-63-1.0-1.3 (15x30) HT120 E L2 69K -CS - Peltierelement - Qmax 17.1 W

The AMS-83-1.0-1.3 is a high-performance thermoelectric cooler (TEC) designed for precision thermal regulation in scientific, industrial, and medical applications. With a Qmax of 22.5W and a maximum temperature differential (dTmax) of 69K, this compact Peltier module ensures stable and reliable cooling performance for semiconductors, laser systems, medical devices, and industrial electronics.Manufactured with high-quality Al₂O₃ ceramic materials, this 22x19 mm TEC module provides efficient heat transfer, structural durability, and long-term operational reliability. The low electrical resistance (Rac 2.2Ω) enhances power efficiency, making it an ideal choice for high-precision cooling applications.Key FeaturesReliable Cooling Performance – Provides a Qmax of 22.5W, ensuring efficient heat dissipation in demanding applications.Optimized Electrical Efficiency – Operates at Umax 10.3V and Imax 3.6A, delivering stable and energy-efficient cooling.Wide Temperature Differential – With a dTmax of 69K, this TEC module offers excellent thermal control in diverse environments.Compact and Durable Design – Features a 22x19 mm rectangular form factor with a 3.6 mm height, allowing easy integration into compact cooling systems.High-Quality Ceramic Construction – Built with Al₂O₃ ceramic, providing superior thermal conductivity and mechanical stability.Low Electrical Resistance for Maximum Efficiency – With Rac of 2.2Ω, it minimizes power loss while maintaining consistent cooling performance.Reliable Lead Wires – Equipped with 22 AWG wires, featuring 200mm stripped leads without tinning, ensuring secure electrical connections.ROHS Compliant and Epoxy-Sealed – Designed for long-term durability and environmental safety, ensuring compliance with industry standards.ApplicationsSemiconductor Thermal Management – Provides efficient cooling for high-performance chips, processors, and sensors, preventing overheating and improving system efficiency.Medical and Laboratory Equipment – Ensures precise temperature stability in diagnostic instruments, cryogenic research devices, and laser-based medical systems.Laser and Optoelectronic Systems – Supports efficient heat dissipation in high-power laser diodes, optical sensors, and photonic instruments.Industrial Electronics and Instrumentation – Maintains stable operating temperatures for precision testing equipment, automated systems, and electronic control units.Aerospace and Automotive Thermal Management – Provides reliable cooling solutions for high-performance automotive, aerospace, and satellite applications.What’s Next?The AMS-83-1.0-1.3 Thermoelectric Cooler is an energy-efficient, compact TEC module, ideal for critical applications requiring precise thermal regulation. With its advanced thermoelectric technology, this module ensures long-term durability and optimal cooling efficiency for high-performance cooling solutions.For technical support, product availability, or customized thermal solutions, consult a thermal engineering expert to integrate this TEC into your system.

2.5 A; 1 channel; 15 V; The robust MPT series circuitry achieves 0.002°C temperature stability. It is a chassis mount package with cabling to the male DSub15 connector available: WCB101. The MPT2500 drives up to 2.5 A for either Thermoelectrics (bipolar) or Resistive Heaters (unipolar). This temperature controller interfaces with virtually any type of temperature sensor. An onboard sensor bias current source can drive thermistors, RTDs, or the LM335. For current sensors like the AD590, simply bias it and drive it into the sensor input. A trimpot adjusts the Proportional Gain (P). A fixed Integrator Time Constant (I) capacitor can be custom fit to your application to optimize temperature overshoot and stability. Another trimpot adjusts the setpoint temperature. You can use a remote signal (D-to-A, or remote trimpot, for example) with the external analog input to control the operating temperature. Up to 28 V can be delivered to the load with 30 V input. Heatsinking then becomes critical and a Safe Operating Area tool is available to make sure you don€™t exceed the maximum internal power dissipation of the package. Monitor pins bring out both Setpoint and Actual temperature signals. Current limit is set via a single-turn trimpot under the cover.