ET1.5-65-F2A

Series:	CP
Part Status:	Obsolete
Outline L x W x H:	--
Qmax @ Th:	--
Delta Tmax @ Th:	--
Operating Temperature:	--
Features:	--

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Thermal - Thermoelectric, Peltier Modules

Thermoelectric, Peltier modules are used to convert electrical energy into either heat or coolness with the help of a specialized material called a thermoelectric material. The most common type of thermoelectric module is the Peltier module, which is used primarily to produce temperature differences, through a process called the Peltier effect.ET1.5-65-F2A is one type of Peltier module, used for small-scale thermal control needs. This module uses a small technology of PNP or NPN transistors to convert the electric energy into thermal energy, by heating the transistor\'s substrate. When voltage is applied to the transistors, a temperature drop is created and heat is transferred to the environment around the MOSFET transistor.The ET1.5-65-F2A module is designed to operate over a wide range of temperatures, from -40 to +65 degrees Celsius; it is perfect for small scale thermal control needs. It is made up of a polysilicon thermistor, resistors, and a heat sink. The polysilicon thermistor measures the temperature of the environment it is installed in, while the resistors act to optimise the power usage by controlling the power supply. The heat sink dissipates the excess heat generated by the transistors.The ET1.5-65-F2A module is suitable for many small-scale applications such as cooling or heating for small enclosures, medical equipments, food processing, and other areas where temperature control is required. It is important to note that this module can also be used to control humidity in certain environments, by controlling the heated air flow around the module.In operation, the ET1.5-65-F2A module receives a voltage signal from an external power source, this signal is then used to control the heating or cooling of the module. This is done by applying a current to the transistors, which causes a temperature difference in the substrate or the environment around it. The temperature difference generated then affects the surroundings. The ET1.5-65-F2A module is easy to use and requires minimal maintenance. As a thermoelectric device, it can be used to generate or absorb heat, depending on the direction of the applied voltage. This module is also relatively inexpensive and is resistant to vibrations and shock, making it suitable for use in many industrial and medical applications.Overall, the ET1.5-65-F2A module is an effective and reliable thermoelectric solution for small scale temperature control needs. It can be easily integrated with a wide range of existing systems and requires minimal maintenance. As such, it is versatile and cost effective, making it a great option for any application requiring precise and reliable temperature control.

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