DZ23C47-E3-08

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The DZ23C47-E3-08 diode array is a member of the Zener diode array family of diodes. It is designed for space-saving applications. The diode array features excellent thermal resistance as well as low junction capacitance. It is widely used in a variety of applications, ranging from power regulation to communication.

Application Field

The DZ23C47-E3-08 diode array provides excellent performance in applications such as:

• Power Regulation: The diode array can be utilized for regulating power in a variety of devices, including laptop computers and mobile phones.
• Telecommunications: The diode array is used in telecom applications such as optical transceivers and data connectors.
• Automotive Electronics: The diode array is commonly used for car audio systems and can also be used for various other automotive applications.
• Industrial Electronics: The diode array is often used in industrial electronics, such as industrial control systems and automation systems.

Working Principle

The DZ23C47-E3-08 diode array utilizes a Zener diode principle to regulate the voltage level. This type of diode has two junctions, one of which is designed to have a negative temperature coefficient. When the voltage at the anode is higher than the Zener voltage, the diode array enters a breakdown mode, allowing a current to flow between the cathode and anode. This current flow is controlled by adjusting the Zener voltage. Thus, the voltage level can be easily adjusted by controlling the Zener voltage.

The DZ23C47-E3-08 diode array also utilizes a symmetrical structure to help protect against overcurrent. This arrangement ensures that the voltage level is balanced and regulated, even under extreme electrical conditions. The diode array also has a low junction capacitance, which allows it to operate at higher speeds compared to other diode arrays.

In short, the DZ23C47-E3-08 diode array is a high-performance and cost-effective solution for a wide range of applications. It is an ideal choice for power regulation, communications, automotive electronics, and industrial electronics.

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