UDZWTE-1710B

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Mounting Type:	Surface Mount
Package / Case:	SC-90, SOD-323F
Supplier Device Package:	UMD2

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Introduction

Diodes - Zener - Single refers to a form of device structures intended for regulating a desired current or voltage in a specific circuit. Zener diodes generally comprise of two terminals and are composed of a reverse-biased p–n junction. They are used for providing constant voltage or potentials in a specific circuit. One of the most common types of diodes under this category available in the market is UDZWTE-1710B. This article will provide an in-depth overview of the application fields and working principles of the UDZWTE-1710B.

Application Field & Working Principles

Primarily, the UDZWTE-1710B is a series of Zener diodes designed for stabilizing voltage fluctuations in industrial, commercial, and well as military applications such as automotive wiring, DC-DC converters, telecom systems, test & instrumentation equipments, and other systems. Its application involves regulating current flow or voltage in a certain area for ensuring safety of the associated components and ensuring the overall reliability and performance of the complete system. The UDZWTE-1710B is essentially formed by a reverse-biased p-n junction, and it operates on the basis of the Zener breakdown mechanism. When the diode is connected in reverse-bias, a small electric field builds up at the junction which deflects high-resistance minority carriers towards the heavily doped junction. Once the reverse-bias voltage exceeds this threshold value, the electric field becomes so intense that it breaks down the electrostatic barrier entirely. This triggers the formation of an electric arc in the junction which rapidly reduces the high voltage electric potential across the junction. As a result, the device commences conducting electric current in the reverse-bias direction. In other words, this electric current is directed from the anode to the cathode of the diode.In addition to this, temperature plays a crucial role in the functioning of Zener diodes, including UDZWTE-1710B. An increase in temperature causes the resistance of the p-n junction to drop and as a result, more current starts to flow through the component. This signifies that there is also a need to consider temperature to determine the amount of current that can be safely regulated in the device.In terms of safeguard measures, the UDZWTE-1710B is designed to automatically turn off the electric current in case the load current becomes too high. This helps defend the device against possible overloading while keeping the voltage within specified limits.

Conclusion

To summarize, the UDZWTE-1710B is designed to be employed in several industrial, commercial, and military grade applications. Also, it comprises of two terminals for regulating current or voltage in a certain circuit or system. With the use of reverse-polarity and Zener breakdown mechanism, the device is capable of automatically turning off the electricity in the event of extreme voltage fluctuations. Furthermore, the device\'s performance is also affected by temperature conditions, and it needs to be taken into consideration while determining the current limit.

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