GDZ11B-G3-08

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GDZ11B-G3-08 Application Field and Working Principle

GDZ11B-G3-08 belongs to the family of diodes, Zener-Single. This type of diode is specifically designed to operate in Zener voltage regulation, voltage reference and switching applications. As an electronic component, it is used in electronic circuits to regulate a specified voltage by providing a ‘feedback’, or ‘feedback’ circuit to put a limit on the voltage.

This Zener Single diode is a low-cost, low-power, medium-irradiance, hermetically sealed alternative. It is hermetically vacuum sealed, making it great for high-reliability applications. It also features high-transparency walls, which allow the diode to defend against the thermal shock and vibration of harsh environments.

The GDZ11B-G3-08 has the following electrical parameters: maximum reverse voltage rating of 11V, rated power of 2.5W at Tamb= 70°C and maximum leakage current of 2.0 µA . This diode also provides a good stability against temperature and power aging.

Application Field

Due to its robust construction, the GDZ11B-G3-08 can be used in many industrial and commercial applications. It is specifically suited for the automotive, telecommunications, military and aerospace industries. It is also used in 5V voltage regulation applications, voltage regulation in low wattage power supplies, ground circuit protection, back-bias voltage in MOSFETs, rectification and many more.

A key benefit of the GDZ11B-G3-08 among Zener Single diodes is its ability to maintain accuracy over long periods of time. This diode can easily handle high frequencies and high temperatures, making it an excellent choice for applications needing precise and precise regulation over a long period of time.

Working Principle

The GDZ11B-G3-08 Zener Single diode operates on a simple principle, which is that when a voltage above the Zener voltage is applied to the junction of the device, the Zener voltage is maintained by a process of current conduction while the voltage across the device remains regulated at a constant value. This process is facilitated by the excess energy released by the current flow and this energy is used to create a stable regulation voltage. When the diode is in reverse bias, it exhibits its famous Zener breakdown effect as the electrons across the junction will fight off any extra energy available. This phenomenon, called ‘zener breakdown’, creates a gap that can be regulated to achieve a precise voltage.

When the Zener Single is in series with a resistor, it helps to increase the voltage sensitivity of the diode. This is because, when the applied voltage exceeds the Zener voltage, the diode will conduct current and cause the resistor to drop the applied voltage to the Zener voltage. This causes a continuous variation of voltage according to the change of current from the resistor and thus, the Zener Single is in effect, acting as a voltage regulator.

Overall, the GDZ11B-G3-08 can be utilized in a number of applications, namely as a voltage reference, switching circuits, ground circuit protection, rectification and more, providing users with an effective and reliable component for their projects.

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