OT2.0-7-F1A

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Part Status:	Obsolete
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Thermal - Thermoelectric, Peltier Modules

Thermoelectric and Peltier Modules (OT2.0-7-F1A) are based on the principle of the Peltier effect, which is a direct electrical current applied to two different metals creating a temperature differential. This temperature difference is created by the different electrical currents running through two different metal plates. One plate absorbs energy, called the Cold Side, while the other plate releases energy, which is called the Hot Side. The Peltier effect can be used to both heat and cool objects, depending on the electrical current. It is frequently used for thermoelectric cooling applications, where a current is passed through the Peltier Element; the thermo element’s cold side is connected to a heatsink and the hot side to a fan or other means of heat dispersion. When electric current is applied, the cold side absorbs heat from the environment, cooling the attached component, while the hot side dissipates heat into the environment. Thermoelectric Peltier Modules provide a very efficient way of cooling components and can handle a wide variety of temperature ranges. The primary uses of thermoelectric Peltier modules include heating or cooling objects such as food, beverages, computer hardware, or other electronics. They are also used in laboratory and medical equipment where a precise temperature is required.The design of thermoelectric Peltier modules is typically composed of two elements, a semiconductor and a heat sink. The semiconductor or Peltier Element is an important part of the thermoelectric module, and it is the element that actually creates the temperature differential. It is composed of two pieces of bismuth telluride, one “cold” part and one “hot” part. When a direct current is passed through these two pieces of bismuth telluride, heat will be moved from one side to the other, creating the desired temperature differences. This is why it is important that the Peltier Element is designed appropriately, so that the desired temperature difference can be achieved. The second component of thermoelectric Peltier modules is the heat sink, which is responsible for dissipating the heat generated by the Peltier element. It is usually composed of copper, aluminum, or a combination of the two. A proper heat sink design will provide excellent cooling capabilities for the thermoelectric module, and it is essential for achieving the desired temperature difference.Thermoelectric Peltier modules are extremely versatile and can be used in a range of applications from cooling electronic components to temperature control. While they are not the most efficient way of cooling, they are still the preferred choice for many applications due to the fact that they are cost effective and relatively easy to use. Additionally, since they are able to create temperature differentials over a relatively wide range, thermoelectric cooling is a viable option for many applications. Thanks to their versatility and efficiency, thermoelectric Peltier modules remain a popular choice for cooling and temperature control applications.

Thermal - Thermoelectric, Peltier Modules

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