66195-504

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 materials have been gaining popularity in recent decades as an area of study and researches due to their ability to generate electricity through a heat differential. Among these thermoelectric materials, Peltier modules, and specifically 66195-504, offer a unique application for a broad range of industries. This article will delve deeper into the field of application and working principle of 66195-504 Peltier module.

Application

66195-504 is an advanced thermoelectric Peltier module specifically designed for the production and storage of energy. This module is capable of transforming thermal energy into electrical power using the temperature differences between two surfaces. With this unique feature, the 66195-504 module can be used in a variety of applications including portable cooling devices, power generation systems, and heat pumps.

The 66195-504 is a powerful Peltier module which can produce a voltage output of 4-20 V and a power output of up to 24 W. This makes 66195-504 perfect for applications where electrical power needs to be generated or stored from a heat source. The compact size of the module also makes it suitable for various small-scale and large-scale projects.

Due to its simple setup and efficient performance, the 66195-504 Peltier module is used in a variety of industries including medical, automotive, aerospace, and telecommunications. It has seen use in the development of mobile cooling devices, thermal energy storage systems, and solar cell applications. It has also proven to be a reliable power source for remote monitoring and communications in military applications.

Working Principle

The working principle of 66195-504 Peltier module is based on the thermoelectric effect, which refers to the conversion of temperature differences into electricity. The module consists of a pair of semiconductor materials (ceramic blocks) which function as the thermoelectric element. This element consists of two sides which act as a thermal junction – one side absorbs warmth while the other side emits heat.

The thermal junction is connected to two primary components, namely a power source and a load. The power source is used to create a thermal gradient across the thermoelectric element while the load serves as the electrical energy potentionmeter. This combination allows for the conversion of thermal energy into electrical power using the 66195-504 Peltier module.

The 66195-504 Peltier module can also be used to create a self-regulating temperature system. In this case, the power source is connected with a temperature sensor which is used to maintain a pre-defined temperature level. The temperature sensor sends an electrical signal to the power source, which in turn adjusts the power input to maintain the temperature at the desired setpoint until it is adjusted again.

Conclusion

66195-504 Peltier module offers a unique application for a range of industries. With its ability to generate and store electrical power from a temperature difference, it offers a reliable source of electricity for a range of applications. Its advanced design and working principle also allows it to be used in self-regulating temperature systems. This makes the 66195-504 Peltier module a powerful and versatile solution for a range of industries.

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