UPR60E3/TR13

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Introduction to the UPR60E3/TR13

UPR60E3/TR13 is a single diode rectifier that is designed to provide high frequency AC to DC conversion in a variety of applications. It has a maximum forward current rating of 60 amps and a peak reverse voltage rating of 1300 volts. It is commonly used in power applications such as automotive, aerospace, and industrial electronics.

Application Field

The UPR60E3/TR13 is suitable for use in a variety of applications requiring high continuous current and voltage regulation, rectification protection, and AC to DC conversion. It is suitable for use in high-frequency AC to DC power supplies, in power conversion circuits, in AC motor drive circuits, and in other applications. As well, the UPR60E3/TR13 can be used in power distribution systems where very high-voltage spikes are expected. It is also suitable for applications where high current density is desired in a very small package. For example, it can be used in automotive and aerospace applications where higher efficiency and improved regulation is desired.

Working Principle

The UPR60E3/TR13 is a single-phase and three-level rectifier circuit. This device consists of two PN junction diodes and two complementary antifuse thyristors. When AC voltage is applied to the input terminals, the two PN junction diodes block the flow of current in one direction and let it flow in the opposite direction when the applied voltage reaches the forward threshold voltage of the PN junction diodes. The two complementary antifuse thyristors, or SCRs, then act as the switching devices and provide an AC signal at the output terminals. The AC signal, which is a rectified version of the AC input voltage, can be used to control the output power of the device.

When the voltage of the AC signal at the output terminal reaches the peak forward voltage at the PN junction diodes, the current turns off, meaning that the antifuse thyristors open up and stop powering the output. When the reverse voltage is below the peak reverse voltage, the thyristors are off and the PN junction diodes block the current flow. This is how the UPR60E3/TR13 provides high current and voltage regulation.

The UPR60E3/TR13 also provides a low-loss and efficient power conversion system. By using the three-level rectifier, the current conduction losses can be minimized, resulting in higher efficiency and power conversion. In addition, the capacitor connected at the output terminal of the UPR60E3/TR13 can also help minimize power losses and provide better voltage regulation.

Conclusion

The UPR60E3/TR13 is a single diode rectifier offering high current and voltage regulation. It is suitable for use in a variety of applications such as power distribution, power conversion, and motor drive circuits. It is also suitable for applications requiring a low-loss and efficient power conversion system. By using the three-level rectifier design, the UPR60E3/TR13 can provide higher efficiencies and improved regulation.

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