GDZ2V2B-HG3-18

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The GDZ2V2B-HG3-18 diode, made from silicon semiconductor material and classified as a single Zener diode, is used in a variety of applications including voltage regulators, power supplies, stabilizers and many other uses. It has a maximum voltage rating of 18 volts and is encapsulated in a hermetically sealed TO-92 package. This article will discuss the application field and working principle of the GDZ2V2B-HG3-18.

In terms of application field, the GDZ2V2B-HG3-18 finds use in voltage regulators, power supplies, and other systems that require a stable and reliable power source. It can also be used in low-noise oscillators and voltage clamping circuits, as well as in LED lighting and digital display systems. This single Zener diode can be used in many different circuits and systems to protect components from overvoltage and increase the stability of the power source.

In terms of the working principle, the GDZ2V2B-HG3-18 operates by allowing current to flow in one direction only. This is due to the diode\'s intrinsic "rectifying action", which is accomplished by maintaining a constant voltage drop across the diode, regardless of changes in current. This creates a barrier which prevents current from flowing in the opposite direction. When a specified voltage is applied to the diode, the voltage drop across it will remain constant, producing a stable output voltage.

To further understand the working principle of the GDZ2V2B-HG3-18, we can consider the case of a voltage regulator. In this case, the diode functions to stabilize the input voltage such that it remains within a certain range, regardless of changes in load. This is achieved by the Zener diode\'s ability to maintain a constant voltage drop and prevent any current from flowing in the opposite direction.

In conclusion, the GDZ2V2B-HG3-18 is a single Zener diode with a maximum voltage rating of 18 volts. It finds use in a variety of applications, such as voltage regulators, power supplies, and other systems that require a stable and reliable power source. It works on the principle of allowing current to flow in one direction only and maintaining a constant voltage drop across the diode in order to achieve a stable output voltage.

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