Adaptive Peltier Module 100 W, 8.5 A, 20 V, 10 mm x 4 mm x 3.3 mm ET-161-12-08-E

The Adaptive ET-161-12-08-E Peltier Module is a high-performance thermoelectric cooling device based on the Peltier effect. Designed to provide a maximum cooling capacity of 100 W and a maximum temperature differential of 71°C, this solid-state module operates at 8.5 A max current and 20 V max voltage. Its compact dimensions of 10 mm length, 4 mm width, and 3.3 mm thickness make it ideally suited for thermal management of miniature electronic components such as infrared detector chips, microwave ICs, fiber-optic lasers, and detectors.

This Peltier module is constructed for long-term stability without moving parts, generating no noise during operation. The unstripped lead wire type facilitates easy integration into custom assemblies. Compliance with RoHS standards ensures eco-friendly production and use. The module provides temperature control capabilities that minimize temperature coefficients on oscillators, reference voltages, and amplifier offsets, enhancing device performance.

Common industrial applications include thermal management in electronics manufacturing, laboratory instruments, HVAC systems, and other commercial or industrial environments requiring precise heating and cooling. The module’s lightweight and small form factor allow integration into space-constrained systems where reliability and silent operation are critical.

Solid-state long term stability with no moving parts. Operates silently without producing acoustic noise. Compact size enables cooling miniature electronic components efficiently. Unstripped leads for flexible connection options.

RoHS compliant ensuring environmental safety standards. Provides precise temperature control for improved device stability. Widely used in electronics heating and cooling thermal management systems. Manufactured in China under strict quality controls.

Explore our Electronics Components category for a wide selection of Peltier Modules and other thermal management solutions to suit your industrial and commercial requirements.