PDZ3.6BGWJ

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Diodes - Zener - Single

The PDZ3.6BGWJ is a single zener diode produced by Hongta, a leading manufacturer of discrete semiconductors. It is used in AC-DC power supplies and DC-DC converters as a shunt regulator. It is also used as a voltage regulator in various electronic systems.

The PDZ3.6BGWJ has a reverse breakdown voltage of 3.6V, with a maximum power dissipation of 500mW. The junction temperature for this device is 150°C, and the maximum working voltage is 5.0V. It has a forward current of 0.1mA.

The working principle of this device is based on the avalanche effect. When the diode is forward biased and the voltage across it exceeds the reverse voltage, the device begins to avalanche, or break down completely. During avalanche, the voltage remains almost constant. electrically but the current keeps on increasing. This is why the device is known as a Zener diode.

When used as a voltage regulator in an electronic system, the current draw through the diode is kept constant while the voltage is allowed to fluctuate. When the voltage increases, the current is reduced and the voltage is kept in the desired range. During this process, the device is protected from over-voltage and over-heating. This is the reason why the PDZ3.6BGWJ diode is so popular in AC-DC power supplies and DC-DC converters.

This device has several advantages over other voltage regulators. Firstly, it offers very low voltage drop, making it ideal for mobile applications. Secondly, the fast reverse recovery time provides high efficiency. Thirdly, it is stable over a wide temperature range and can be used in harsh conditions. Finally, it is small and light, making it ideal for small devices.

In sum, the PDZ3.6BGWJ is a highly efficient and reliable single Zener diode. It is popularly used in AC-DC power supplies and DC-DC converters, as well as in various voltage-regulating applications. It features a reverse breakdown voltage of 3.6V, a maximum power dissipation of 500mW, and a forward current of 0.1mA. Additionally, it offers low voltage drop, fast reverse recovery time, high efficiency and stability over a wide temperature range.

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