TPP 40-321M2

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AC DC converters are essential components for many electronic devices and machines. The TPP 40-321M2 is a particularly high-performance form of these converters, allowing for a high power density in the application. In this article, we will discuss the application field and working principle of the TPP 40-321M2.

The TPP 40-321M2 AC DC converter is especially suitable for high power density applications. It is primarily designed for high power density and reliable operation in rugged or harsh environments. It is suited for applications where space is limited and heat dissipation needs to be a priority, such as low-profile PC or network systems, laptop computers, industrial control systems, in-vehicle and military/aerospace applications. The TPP 40-321M2 can also be used in a wide variety of other applications, from power supplies to UPS systems.

The TPP 40-321M2 AC DC converter makes use of advanced technology to deliver exceptional performance and reliability. It features a high efficiency of up to 90%, making it energy efficient. Its small footprint and high power density make it an ideal choice for applications requiring a compact design. Its high operating temperature range of -40 to +105°C makes the TPP 40-321M2 suitable for use in a wide range of environments. Furthermore, its built-in EMC filtering makes it compliant with many industrial EMC standards.

The working principle behind the TPP 40-321M2 AC DC converter is the flyback topology. This topology is an offline, non-isolated DC–DC converter. The circuit draws power from a DC source and increases voltage to a desired level while providing galvanic isolation between the input and output. The input circuit draws power from a DC source and is essentially a current transformer. The output circuit is essentially a voltage regulator and is capable of providing a voltage of up to 36 Volts with a maximum current of 1.5 Amps. The output voltage is regulated by the output transformer and regulates the amount of current to the load.

The key features of the TPP 40-321M2 AC DC converter are its high efficiency, high current density, and high power density. Its high efficiency can reach up to 90%. Its current density is up to 201A/in3, allowing for high power density and lower cost. And finally, its power density is up to 3.2kW/in3, allowing for maximum power in the smallest space.

In conclusion, the TPP 40-321M2 AC DC converter is an optimal choice for applications that require a high power density and reliable operation. Its advanced technology and features, such as its high efficiency, high power density, and high current density, make it a versatile and reliable converter for various applications. Furthermore, its flyback topology and compact design make it the ideal choice for applications that require a small footprint and efficient heat dissipation.

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