3EZ75DE3/TR8 Discrete Semiconductor Products

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The 3EZ75DE3/TR8 diode is a type of single Zener diode, often used as a form of voltage regulation. It is specifically useful for maintaining a voltage threshold, limiting the voltage across a large current or acting as a voltage reference.

The term Zener is derived from scientists Clarence Zener who first saw the actions of reverse breakdown voltage in a crossed voltage biasing effect. Single Zener diodes such as the 3EZ75DE3/TR8 are designed to strictly regulate in the reverse direction.

The most common application of a 3EZ75DE3/TR8 single Zener diode is voltage regulation. This is done by connecting the diode in series with a source of power, such as DC. Whenever the voltage hits a certain threshold, the 3EZ75DE3/TR8 will prevent the voltage from exceeding this threshold, thus maintaining the voltage constant. This is used in many electronic devices, such as computers and other equipment.

The working principle behind a 3EZ75DE3/TR8 single Zener diode is based on its diode characteristics. Specifically, the diode is designed so that when the voltage exceeds a certain threshold, the diode will “breakdown.” This is when the diode’s reverse bias current suddenly increases by many times its normal value. This sudden surge of current gives the diode its ability to keep the voltage steady.

In addition to voltage regulation, 3EZ75DE3/TR8 single Zener diodes are also used as a series of references, as well as a method of limiting voltages. When used as a reference, the diode will allow precise voltage generation for devices such as voltage regulators. When used for limiting voltages, the diode is connected in series with a high current supply, and will limit the voltage to a certain threshold. This can prevent a high current from damaging delicate components.

The 3EZ75DE3/TR8 single Zener diode is a powerful tool for many aspects of voltage regulation, reference and protection. Its ability to maintain a steady voltage, as well as its high level of accuracy, make it a popular component for many electronic devices. Its many uses make it a versatile component, which is why it remains a popular choice for many electronics applications.

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