UDZVTE-173.6B Discrete Semiconductor Products

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Diodes are electronic components found in most electronic device designs. A zener type diode is a type of diode that acts both as a rectifier and as a voltage regulator. UDZVTE-173.6B is one such zener diode that has a variety of applications and working principles.

In order to understand how UDZVTE-173.6B works, it is important to first understand what a zener diode is. A zener diode is a special type of diode with a wide range of applications which rely on the zener breakdown voltage characteristics. It takes the form of a normal PN junction diode with N-type material on one side and P-type material on the other side. This allows current to easily pass through the diode, but in reverse biased conditions, the zener breakdown voltage is reached, allowing current to pass in both directions.

UDZVTE-173.6B is a type of zener diode which operates at a breakdown voltage of 173.6V. It is commonly used as a voltage Regulator, as it is able to regulate a varying input voltage to the breakdown voltage of 173.6V. For example, when the input voltage rises to the breakdown voltage of the diode, the voltage across the diode remains steady at 173.6V. This feature is most commonly utilized for maintaining a constant voltage supply for powering circuits, especially in datalogging and data acquisition applications.

UDZVTE-173.6B can also be used as a protection device in circuits that are connected to AC power. This is done by using the zener diode as a clamping element, which helps to limit the AC power voltage to the breakdown voltage of the diode. This helps to protect the circuit components from any overvoltage conditions which could damage the components. UDZVTE-173.6B also has many other application, such as providing a constant voltage source in hybrid vehicle designs, surge protection applications, and as a rectifying diode when used with a bridge rectifier.

The working principle of UDZVTE-173.6B is quite simple and easy to understand. The breakdown voltage of the diode is determined by the material used in the diode and the size of the PN junction. As mentioned earlier, the breakdown voltage of UDZVTE-173.6B is 173.6V. When a voltage higher than 173.6V is applied across the diode, the diode will start to conduct current, which allows the voltage across the diode to remain steady at 173.6V. This feature is then used in the applications discussed above.

In conclusion, UDZVTE-173.6B is a type of zener diode which operates at a breakdown voltage of 173.6V. It is utilized as a voltage regulator and protection device in many electronic applications. It works by allowing current to pass through it when a voltage higher than 173.6V is applied, allowing voltage to remain steady at 173.6V. Therefore, understanding the applications and working principles of this type of diode is important for manufacturers and designers who are creating circuits and devices that utilize zener diodes.

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