56460-501

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Thermoelectric or Peltier modules contain semiconductor elements capable of producing a temperature difference between two different surfaces, when a direct current is applied. The 56460-501 thermoelectric device, manufactured by TE Technology, is especially designed for cooling applications.

In essence, thermoelectric modules are composed of two different semiconductor elements – an N-type and a P-type element – connected in a closed electric circuit. When a DC voltage is applied, the N-type element will absorb temperature from its surrounding and transmit it to the P-type element. As a result, an external heat differential between the two elements is created. This means that if the 56460-501 module is attached to a heat sink, it will cool the sink.

The 56460-501 thermoelectric module is designed to provide temperature control solutions for a variety of applications. It is ideal when precise and efficient temperature regulation is needed, such as in microprocessors, laser diodes, and medical equipment. The module can also be used for thermal management in consumer electronics and telecommunications devices. Additionally, it may be used in automotive, aerospace, or military applications, to cool components and aid in temperature control.

The 56460-501 utilizes a unique construction, which produces a more efficient liquid-cooled heat transfer system. It has a maximum power rating of 50 W and a maximum temperature differential of 80 °C. The module is also made with high-performance materials, such as graphite and diamond-like carbon films, for enhanced thermal performance and durability.

The 56460-501 thermoelectric module’s high thermal performance is largely due to a patented process of layering the n- and p-type elements in a repeating parabolic profile, which allows for a warmer surface on the bottom of the device and a cooler one on the top. This structure is also designed to maximize the rate of electron transfer between the two elements, thereby maximizing the amount of heat absorbed or dissipated. Additionally, the use of high-performance materials gives the module a more efficient cooling system, which reduces the amount of energy consumed by the device.

The 56460-501 thermoelectric module is ideal for use in a variety of temperature-controlled applications. Its high efficiency and thermal performance make it an ideal choice for cooling small electronic components, as well as for temperature control in larger applications. In addition, its patented construction allows it to provide efficient cooling without the need for complicated and expensive liquid cooling systems. Whatever the application, the 56460-501 thermoelectric module will provide a reliable and efficient temperature control solution.

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