16505-304

Thermoelectric, or Peltier, modules are used to perform a variety of applications, such as cooling and heating, thermoelectric (or temperature) energy harvesting, energy storage, and power generation in a wide range of industries. 16505-304 is a Peltier module manufactured by Bergs Technology Corp. that is designed specifically for higher wattage/higher current applications.

Thermoelectric Peltier modules are composed of a number of thermoelectric elements, which are semiconductor P-N junctions, connected so that when an electric current is passed through them, a temperature gradient is created across a confined space. This temperature gradient is utilized to transfer heat from one side of the module to the other, creating a cooling or heating effect as desired. The 16505-304 module contains multiple thermoelectric elements in a seamless aluminum housing to create a flexible and efficient solution.

The 16505-304 is designed for applications requiring reliable cooling at higher power levels, up to 20 watts, and higher currents, up to 10 amps. It is a robust module with a high tolerance for shock and vibration and can operate in a wide range of temperatures from -55°C (-67°F) to +150°C (+302°F). The module has been tested to withstand high humidity and salt spray exposure, and comes in several different sizes and power ratings.

Working principle: The working principle of the 16505-304 thermoelectric module is relatively simple. When an electric current is applied, the semiconductor P-N junction elements generate a temperature gradient across the module, with one side getting cooler and the other side getting warmer. This temperature difference can then be used to transfer heat between the two sides of the module, creating either a cooling or heating effect as desired.

The 16505-304 thermoelectric module is an ideal choice for high wattage/high current applications requiring reliable cooling or heating, such as electronic components, medical equipment, automotive systems, and military hardware. Its robust design and wide operating temperature range make it a versatile and reliable solution, and its heat transfer capabilities make it an energy-efficient and cost-effective option.