430139-512

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Thermoelectric, Peltier modules are small solid-state devices that use the Peltier effect to transfer heat from one side of the device to the other. The Peltier effect, named for its discoverer, Jean C. Peltier, describes the phenomenon where an electric current passed through a joined junction of two dissimilar metals creates a temperature difference between the two sides of the junction. Thermoelectric, Peltier modules consist of multiple Peltier junctions arranged in either a radial or a linear topology within a single solid-state device.

The 430139-512 thermoelectric, Peltier modules are a series of linear topology modules. These modules have a maximum power rating of 40 watts and an operating voltage of 6 volts. The 430139-512 modules have a uniformly low thermal resistance from each electrode of the module to the heatsink, and this provides a high level of cooling power. The thermal conductivity of the module’s substrate is also superior, which reduces wastage of power.

The 430139-512 thermoelectric Peltier modules have several applications in industries such in electronics and medical sectors. These modules are used in the cooling of computer processors, as medical implants to protect vital organs, and as power generation systems in remote locations. The 430139-512 thermoelectric Peltier modules can also be employed as a way to replace traditional fans in electronic applications, allowing for more energy efficient cooling solutions.

The working principle of the 430139-512 thermoelectric Peltier modules is based on the Peltier effect. When a current is passed through the junction of two dissimilar metals, a temperature difference is created between the two sides of the junction. This temperature difference can be used to move heat from one side of the module to the other.

The 430139-512 thermoelectric Peltier modules are constructed from two ceramic substrates, each of which have multiple Peltier junctions arranged in a linear topology. The two ceramic substrates are connected to each other using a conductive bridge that carries the electrical current. This current creates a temperature difference between the two substrates, which is then used to transfer heat across the module.

To control the amount of heat that is transferred across the module, the current can be regulated. By connecting a sensor between the two ceramic substrates, the temperature differential can be monitored to adjust the current accordingly. This allows the operator to control the amount of heat transfer across the module.

Thermoelectric, Peltier modules have become increasingly popular due to their effectiveness, energy efficiency, and their small size. The 430139-512 thermoelectric Peltier modules have proven to be reliable in many industries where heat is an issue. With its superior thermal resistance and excellent thermal conductivity, this series of modules offer a great solution for cooling applications. The 430139-512 modules offer a cost-effective and efficient way to transfer thermal energy and thus make them an ideal choice for many sectors.

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