2EZ16D/TR8

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Diodes - Zener - Single

The 2EZ16D/TR8 is a single zener diode which is designed for high speed switching applications. This type of device is most commonly used to provide over-voltage protection, voltage regulation, and voltage division.

The 2EZ16D/TR8 has a maximum repetitive peak reverse voltage of 16V, and a maximum forward current of 0.25A. This zener diode has a built-in dynamic impedance to protect against transient conditions. It also has excellent surge capabilities and a low junction capacitance with fast recovery time.

The 2EZ16D/TR8 is originated from a variety of components family and its main uses in electronic field is for overvoltage protection and voltage regulation, which is the main work principle of this component. It is designed for high-speed switching applications and allows for current flow in one direction and blocks the flow in the opposite direction.

The device works on the principle of Zener breakdown, and is used to prevent overvoltage in a circuit. When the voltage applied is lower than a certain level, the device acts like an open circuit, while if the voltage applied is greater than the Zener Breakdown voltage, then an avalanche breakdown occurs, trying to bring the voltage back to the voltage breakdown level. This is how the diode achieves voltage regulation. It acts as a clamping device, clamping the voltage to the breakdown voltage level.

The 2EZ16D/TR8 can also be used in voltage division applications. In such a case, the two opposite terminals of this diode are used as two series points and resistors are always connected in between them. This creates a situation where the same voltage will be applied on the end terminals of the resistors. Furthermore, the voltage division property of the 2EZ16D/TR8 can be used for electronic circuits where it helps to develop reference voltages.

In conclusion, the 2EZ16D/TR8 is a single zener diode which is designed for high speed switching applications. It is usually used for its excellent surge capabilities, low junction capacitance with fast recovery time, overvoltage protection, and voltage regulation. It works on the principle of Zener breakdown and its voltage division property helps to develop reference voltages for electronic circuits.

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