CP35347

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 or Peltier cooling is the process of transferring heat from one side of a solid state material to the other, resulting in a temperature difference between them. CP35347 is a thermoelectric module that can cool down any object placed on its cooling side. This device is capable of generating cooling along its top and bottom surfaces, allowing it to be used to cool a wide variety of items.

The CP35347 module is made from semiconductor materials which are composed of two sections which are joined together. The two sections are attached to an aluminum heat sink on one end and a pair of copper fins on the other. The heat is drawn out of the object that is placed on the exposed side and transported away. The cooling process is achieved through the use of a 3-phase thermoelectric paired arrangement and a copper plate heat spreader.

The thermoelectric paired arrangement is composed of three sets of semiconductor elements which are arranged between two sets of copper blocks. The semiconductor elements are connected in series and arranged in order from coolest to hottest. The heat generated from the hottest part of the object is transferred to the coldest set of elements, which in turn transfers the heat to the copper blocks. The copper blocks then dissipate the heat away from the object.

The CP35347 module is designed to cool objects up to 45°C below ambient temperature. This is achieved by using a copper plate heat spreader which is attached to the top of the object being cooled. The plate is able to absorb the heat from the object and spread it evenly across the entire plate. The heat is then dispersed away from the object via copper fins which are located at the back of the plate. This allows for a more efficient cooling process and allows the CP35347 to cool objects quickly and efficiently.

The CP35347 is ideal for a wide range of applications such as cooling liquids, computers, machines, and other electronic components. This device is also suitable for use in medical and industrial settings, as it is capable of accurately and consistently achieving its stated cooling capacity. The CP35347 also offers a high degree of reliability and has a long lifespan, making it an ideal choice for those looking for a reliable cooling solution.

The CP35347 thermoelectric module is a reliable, efficient, and cost-effective way to cool objects down to temperatures of up to 45°C below ambient. Its efficient heat spreader and thermoelectric paired arrangement ensure rapid and reliable cooling while limiting the amount of energy wasted. This makes it an ideal choice for cooling a wide variety of objects, in a variety of different settings.

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