AZ23C3V0-7 Discrete Semiconductor Products

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Diodes - Zener - Arrays generally refer to a range of diodes specifically designed and made to withstand reverse breakdown at an expected voltage range. The AZ23C3V0-7 is a specific type of Zener array, and comes under Vishay Semiconductor’s family of Silicon Pn Junction Diodes.

The AZ23C3V0-7 a 3-pin form factor, which complies with the SOT-23 packaging standard, and is a simple and cost effective solution for a variety of applications.

Application Field

The AZ23C3V0-7 can be used in a multitude of applications, such as Telecom and computing, high voltage switching and general purpose rectification.

Telecom and computing applications can benefit from the AZ23C3V0-7\'s ability to provide 50 mA of reverse current. This allows for power regulation applications, including voltage regulation for a range of products such as telecom devices, motherboards and computers.

The AZ23C3V0-7 is also a suitable choice for high voltage switching applications. The diode offers good thermal and electrical performance, making it ideal for use in various systems and products with AC voltages above 1 kV, such as high voltage rectifier systems.

In general purpose rectification, the AZ23C3V0-7 offers superior reverse current capabilities, with a maximum reverse current of 50 mA. This makes it ideal for use in applications such as solar cell panel, hand-held devices and battery-powered systems.

Working Principle

The AZ23C3V0-7 Zener diode is made from a PN junction and consists of a heavily doped N-type semiconductor that is connected to a heavily doped P-type semiconductor. When a certain voltage is applied across the PN junction, called the Breakdown voltage, a current starts to flow in the reverse direction (called Reverse Current). This reversed current is limited to a predefined level and is determined by the design of the device.

When the applied voltage is higher than the breakdown voltage, the AZ23C3V0-7 will start to conduct reverse current through the device and the characteristics of this current is determined by the breakdown voltage of the device. This current can be regulated by the breakdown voltage of the device. The AZ23C3V0-7 diode has a breakdown voltage of 3V, so when the applied voltage is higher than 3V, it will conduct a reverse current at a limited rate of 50mA.

The AZ23C3V0-7 has a reverse voltage of 3V and a forward voltage of 0.6V, making it an ideal choice for applications that require both reverse voltage and forward voltage protection.

The AZ23C3V0-7 provides high efficiency and stability at a low cost and is a great choice for a range of application fields. The diode is also a reliable and durable choice, making it a popular part for many critical circuits and products.

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