430104-512

Thermal - Thermoelectric, Peltier Modules have become an increasingly necessary tool for modern applications, particularly in the field of heat management. The 430104-512 Thermo-Electric Module is a high power module that is capable of producing large temperature differences in a small space in order to provide efficient and reliable control of temperature.

The 430104-512 Thermo-Electric Module is designed to provide higher power capabilities than other similar modules. With its 512 Watt power rating, it is suitable for providing or removing heat from a variety of applications. This makes it a great choice for applications that require higher power than other types of thermoelectric modules.

The working principle of the 430104-512 Thermo-Electric Module is based on the Seebeck Effect, which states that voltage is generated when two different materials have a different temperature. A combination of two P and N type semi-conductors are placed in contact and heat is applied. When the junction is heated, electrons from the N side of the semiconductor move to the P side, creating a "thermoelectric current". This current can be used to power LED lights, fans, motors and other devices.

The 430104-512 is available in a variety of package sizes, allowing for easy integration into any system. It has a wide operating temperature range, from -55°C to +125°C, making it suitable for almost any application. As with most thermoelectric coolers, the number of stages and their arrangement are determined by the specific application.

The 430104-512 is a great choice for applications which require efficient and reliable temperature control, such as medical and electronic equipment, automotive and industrial systems, and consumer products. The module’s high power rating makes it ideal for removing heat from high power environments. Additionally, its robust design ensures reliable operation, even in harsh environments.