Adaptive Peltier Module, 54.6 W Cooling Capacity, 4.4 A Current, 20 V Voltage, 10 mm x 4 mm x 3.9 mm Thickness ET-161-12-16-E

Adaptive ET-161-12-16-E Peltier Module is a semiconductor thermoelectric device working on the Peltier effect, providing efficient cooling output of 54.6 W at a maximum current of 4.4 A and voltage of 20 V. Its compact size with dimensions 10 mm length, 4 mm width, and 3.9 mm thickness makes it ideal for precision thermal management in electronics such as infrared detector chips, microwave ICs, fibre-optic lasers, and other miniaturized components.

This thermoelectric module can be used to either cool or heat by controlling the electric current supplied. It achieves a remarkable maximum temperature difference of 74°C, allowing precise temperature stabilization critical for oscillator stability, reference voltages, and amplifier offsets. The solid-state design ensures long-term reliability with no moving parts and generates no acoustic noise, making it suitable for sensitive industrial and laboratory applications.

The module features unstripped lead wires for flexible installation and meets RoHS environmental standards. Manufactured in China, it is part of the ET-161-12-16-E series from Adaptive, trusted for quality thermal management solutions.

Operates with a maximum cooling capacity of 54.6 W. Maximum current rating of 4.4 A and voltage of 20 V. Compact dimensions of 10 mm by 4 mm with 3.9 mm thickness. Achieves a maximum temperature difference of 74°C for effective heat exchange.

Unstripped lead wire type for custom connection setups. RoHS compliant ensuring eco-friendly manufacturing. Provides long-term stability with no acoustic noise during operation.

This Peltier Module is extensively used in electronics cooling, laboratory instruments, industrial thermal management, and HVAC systems requiring precise temperature control of small components.

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