UGB8GTHE3/81

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UGB8GTHE3/81 application field and working principle

Current rectifiers play an important role in transformers, inverters, UPSs and other power supplies. They are indispensable components in the power grid. The UGB8GTHE3/81 is a single diode rectifier designed to provide reliability and safety even in the most demanding applications. The UGB8GTHE3/81 is ideal for applications that require fast response, such as data switching circuits and AC protections.

The UGB8GTHE3/81 is a highly efficient electrolytic aluminum nitride (AlN) diode rectifier with a JEDEC abbreviation of UGB8GTHE3/81. The aluminum nitride material helps increase conductivity and reduce power dissipation making it a great choice for high-power applications. The UGB8GTHE3/81 can provide fast switching and response times while providing excellent current carrying capacity.

The UGB8GTHE3/81 uses a single anode to allow forward current to pass through only in one direction, for rectification. It provides a low forward voltage drop, increasing the current capacity and creating a more efficient circuit. The reverse recovery time is significantly faster than other rectifiers, allowing it to respond quickly to reverse-biased circuitry with no time delay. This rectifier also has fast switching times, making it well-suited for applications requiring high frequency or pulse switching.

The UGB8GTHE3/81 is rated for a reverse voltage of 8 volts and a peak forward surge current of 90 amps. It can handle transient overvoltage up to -50V without degradation in performance, making it an ideal choice for applications that require surge protection. The UGB8GTHE3/81 has a bipolar construction, making it suitable for high temperature operation up to 150 degrees Celsius.

Overall, the UGB8GTHE3/81 is a highly efficient single diode rectifier with excellent current and voltage capabilities. It features a low forward voltage drop, fast switching times and a fast response time which make it ideal for high power applications such as UPSs, motor control, data switching and AC voltage protection circuits.

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