Adaptive Peltier Module, 88.3 W, 9 A, 16 V, 10 mm x 3 mm x 2.8 mm ETC-128-10-05-E

The Adaptive ETC-128-10-05-E Peltier Module is a semiconductor thermoelectric device functioning on the Peltier effect, with a maximum cooling capacity of 88.3 W, maximum current of 9 A, and a maximum voltage rating of 16 V. Its compact dimensions of 10 mm length, 3 mm width, and 2.8 mm thickness make it highly suitable for thermal management of miniature electronic components.

This solid-state device provides reliable cooling or heating when powered by an electric current, and can also generate a small electrical power output when exposed to a thermal gradient. The module offers a maximum temperature differential of 68°C, allowing precise control over temperature-sensitive applications.

Featuring unstripped lead wires for straightforward integration into electronic assemblies, the module is RoHS compliant, ensuring environmentally safe operation. Its silent operation generates no acoustic noise, suitable for sensitive environments.

This Peltier module is ideal for industrial, laboratory, HVAC, manufacturing, and commercial applications such as cooling infrared detector chips, microwave integrated circuits, fiber-optic lasers, and detectors. It can also be used to stabilize oscillator frequencies, reference voltages, and amplifier offsets by precisely controlling temperature effects.

Operates on the Peltier effect for efficient thermal regulation. Maximum cooling capacity of 88.3 W supports advanced cooling demands. Maximum temperature difference of 68°C for precise thermal control. Compact form factor: 10 mm length, 3 mm width, and 2.8 mm thickness.

Unstripped lead wires for integration ease. RoHS certified for environmental compliance. Silent solid-state operation with no acoustic noise generation. Long-term stable performance in thermal management. Ideal for miniature electronic component temperature control.

Explore more Peltier Modules and related thermal management components at EnvMart for your electronic and HVAC industrial requirements.