NUP2125WTT1G Circuit Protection

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TVS (Transient Voltage Suppressor) diodes are special devices designed for protection of electronic components against sudden and destructive overvoltage transients.

The NUP2125WTT1G, a unidirectional TVS diode, is one of the more advanced TVS devices offered by ON Semiconductor. It offers superior ESD protection and is suitable for use in a wide variety of applications.

This diode has a breakdown voltage of 24V, with a maximum working voltage of 17V. It offers a maximum working peak power dissipation of 1.2 W and an extremely fast response time of 0.2 ns. Additionally, it is capable of handling high transient currents of up to 25 A.

The diode is constructed using super solid chip construction which provides superior performance. This makes it an ideal choice in a variety of applications including automotive, computing, consumer electronics, communications, aerospace and military applications.

In terms of its working principle, the NUP2125WTT1G works by conducting current away from sensitive components in the event it reaches a certain level. It is designed to quickly shunt excessive current away so that it does not cause damage to these components.

To do this, the diode features an integrated avalanche breakdown junction which is able to detect very small changes in voltage. As soon as a transient is detected, it will immediately begin to conduct and divert the current away from the sensitive components.

In addition to diverting current away from the sensitive components, the NUP2125WTT1G also offers protection from electrostatic discharge (ESD). A built-in ESD damping circuit is employed which ensures that the device is not destroyed by ESD events.

Overall, the NUP2125WTT1G is an extremely reliable and versatile diode which is suitable for use in a wide variety of applications. It offers superior protection against transients, ESD and is capable of handling up to 25 A of current. This makes it an excellent choice for any application which requires reliable protection against electrical overstress.

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