UDZVTE-1716B Discrete Semiconductor Products

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The UDZVTE–1716B is a single Zener diode made for application in the field of electrical and electronic engineering. This device is comprised of a single element, the Zener diode, and is specifically developed for the precise control of breakdown voltages. As such, this diode provides superior voltage control and regulation.

The device consists of two terminals, one for anode and the other for cathode connection. The size of the device is small so that it can fit into different kinds of circuits. It is made from a high-quality semiconductor material, which ensures its superior performance even under high temperature conditions.

The working principle of UDZVTE–1716B is based on the Zener effect. This effect is a characteristic of diode where the diode offers a degree of breakdown when a certain minimum voltage is applied. Under normal circumstances, an avalanche breakdown occurs, which leads to an increase in the current. However, with the Zener diode, this forward bias voltage is controlled in order to maintain a fixed reverse current.

This device is mainly applied in the circuit as a voltage stabilizer or regulator. The reverse voltage of the device is electronically controlled and regulated, which allows it maintain a constant output. This makes the device useful for many applications such as power supplies, logic circuits, PLLs, etc.

The UDZVTE–1716B has a wide range of powerful features. It has a low forward voltage drop and a low maximum current rating. It is also able to withstand high reverse voltages and has a fast response time. Furthermore, it is also robust to sudden voltage transients and provides a high degree of stability.

The UDZVTE–1716B is an extremely reliable device and it provides considerable advantages over other alternatives. It is also very cost-effective, making it suitable for many different applications. Its reliable characteristics make it a preferred device for many electrical and electronic applications.

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