ET2.0-18-F2A

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Thermoelectric (TE) modules are widely used in many different applications due to their ability to directly convert heat energy into electrical energy. The TE module is composed of two sides, one hot side and one cold side, connected to an electrical circuit which controls the temperature difference between the two sides. The TE module usually consists of an array of thermoelectric couples, called a Peltier element, sandwiched between two metal plates or heat sinks, and an electrical current is passed through the element from one side to the other, producing a cooling or heating effect at the junction between the two plates.

The ET2.0-18-F2A thermoelectric module is a high performance Peltier module used in a wide range of applications. It is a compact, low cost device which is ideal for small projects and prototype designs. This module is designed to generate cooling or heating in a controlled environment of up to 200 W. It can be used for cooling and heating smaller areas as well as larger objects. The ET2.0-18-F2A module has a semiconductor material that is used for Peltier effect generation. The device behaves like a two diode rectifier, when a voltage is applied to the thermoelectric module it will flow a current and cause the Peltier effect. The amount of heat flow through the device depends on the applied voltage and current.

The ET2.0-18-F2A module has a wide range of applications in industry and research, such as cooling systems, photocells, gas sensors, thermal imaging systems and power generators. It can be used in a wide range of temperatures from -20 to +90 deg C. It also has a wide range of operating voltages from 1V to 12V. The device is also used in biomedical and food processing applications, as it ensures accurate temperature control. The module has been designed to provide maximum efficiency at low to moderate power levels, and can operate up to 200 W without overheating.

In terms of its operating principle, the ET2.0-18-F2A thermoelectric module works when a direct current flows through the thermoelectric couples of the module. When the current flow

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