ET0.8-18-F0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thermoelectric devices are electrical devices that allow for electric current to be generated and maintained through thermal manipulation and are commonly referred to as Peltier modules or Peltier coolers. The ET0.8-18-F0 is a thermoelectric device that is applicable to a variety of industries and uses. The design of the ET0.8-18-F0 allows for the module to be used in both cooling and heating applications.

Part 1: Applications and Industries

The ET0.8-18-F0 is mainly used in thermal management applications. The module is designed to provide cooling, heating, or even a combination or both. Examples of industries that the ET0.8-18-F0 is applicable to are computer, medical, industrial, telecommunications, and HVAC (heating, ventilation, and air conditioning). More specifically, the device is used in many applications such as IGBT modules, medical implants, LED cooling, heaters, defrosters, and many other customized solutions.

Part 2: Design Overview

The ET0.8-18-F0 is a thermoelectric device with an alumina substrate that is enclosed in a hermetic housing. The device is rated for up to 18 Watts with operating voltages of 10-14 Volts and a maximum operating temperature of 75 degrees Celsius. The module is capable of a maximum temperature difference of 32 Celsius.

The dimensions of the ET0.8-18-F0 are 0.83 inches tall, 0.83 inches wide, and 0.18 inches thick. The device has an overall weight of 0.32 ounces and is composed of a 1550 H FE thermocouple and two ceramic layers. Additionally, the ceramic layers are composed of 10 Nipern material that are resistant to electric fields.

Part 3: Working Principle

The working principle of the ET0.8-18-F0 is based on the Peltier effect. The Peltier effect is the phenomenon whereby electrical current generates a cooling or heating effect through the transfer of energy from one side of a thermoelectric material to the other. This is done by using two dissimilar materials and applying a voltage difference across them. This causes the electrons to pass through the materials resulting in either cooling or heating depending on the direction of the current. The thermoelectric materials used in the ET0.8-18-F0 are designed to allow for maximum efficiency in either cooling or heating applications.

The ET0.8-18-F0 is able to efficiently transfer heat due to the construction of the modules, which are composed of ceramic material surrounded by a hermetic housing. The hermetic housing forms a seal around the module which prevents air infiltration and ensures that any heat transfer at the module boundaries is minimized. The ceramic material provides insulation to the module and is also able to store heat energy due to its unique properties.

Part 4: Advantages

There are several advantages that come with using thermoelectric devices, such as the ET0.8-18-F0, for thermal management applications. For starters, thermoelectric devices are highly energy efficient and can provide up to double the cooling of traditional refrigeration units. Additionally, thermoelectric devices are relatively easy to install and require minimal maintenance compared to other cooling systems. Finally, thermoelectric devices are much quieter than traditional cooling systems, which is important in applications such as medical and audio applications.

In Conclusion

The ET0.8-18-F0 is a thermoelectric device that is suitable for a variety of thermal management applications. The unique construction of the device allows for maximum efficiency in both cooling and heating applications. Additionally, the device offers several advantages such as energy efficiency, minimal maintenance, and quiet operation. The ET0.8-18-F0 is a great solution for many industries and applications, and should be considered for any thermal management requirements.

The specific data is subject to PDF, and the above content is for reference