AZ23C9V1-E3-18

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The AZ23C9V1-E3-18 is a three-terminal high-reliability Zener diode array with exceptional performance characteristics. It is well-suited in a variety of applications, such as providing protection against overvoltage, providing a low profile alternative to discrete diodes, and serving as a temperature compensation device.

The AZ23C9V1-E3-18 is comprised of nine high-efficiency Zener diodes in an SMD package. Each Zener diode is an individual diode element made from a semiconductor material designed to operate in a reverse-bias mode when exposed to a given forward voltage level. The Zener diode has a specific breakdown voltage for a given forward voltage level. This breakdown voltage determines the maximum voltage that may be applied to the junction. When operating in a reverse-biased mode, the AZ23C9V1-E3-18 delivers very low leakage current, high surge current breakdown and excellent dynamic electrical characteristics.

The AZ23C9V1-E3-18 has an operating temperature range of -55 to +125 degrees Celsius. It also offers a wide range of Zener voltage ratings, including 5.1V, 5.6V, 6.2V, and 6.8V, providing design flexibility and the ability to tailor the desired voltage rating to the application. The exceptionally low variance of the Zener sub-elements provides excellent temperature stability and high reliability, ensuring that the Zener diode array will reliably protect the application from voltage transients.

The most common application for the AZ23C9V1-E3-18 is for overvoltage protection. In this application, the AZ23C9V1-E3-18 will absorb the transient overvoltage and keep it from damaging the sensitive components of the device. The AZ23C9V1-E3-18 is also well suited for use as a temperature compensation device, as its Zener sub-elements provide very low temperature variance, leading to improved device reliability.

The working principle of the AZ23C9V1-E3-18 is based on the Zener diode\'s ability to breakdown when the voltage across the junction reaches a specific threshold. In the forward voltage mode, the same voltage that is being applied to the junction is dissipated as heat, and thus no current will flow through the junction under this condition. In the reverse voltage mode, when the applied voltage reaches the breakdown voltage of the Zener diode, the current begins to flow, thus preventing the voltage from exceeding the Zener breakdown voltage. This process is known as Zener breakdown, and it is what allows the AZ23C9V1-E3-18 to absorb overvoltage transients.

The AZ23C9V1-E3-18 is a three-terminal, high-reliability Zener diode array with exceptional performance characteristics. It is well-suited for a wide range of applications, such as providing protection against overvoltage, providing a low profile alternative to discrete diodes, and serving as a temperature compensation device. The AZ23C9V1-E3-18 operates via the Zener breakdown process and can absorb transient overvoltage that may otherwise damage sensitive components. It is a reliable and efficient Zener diode array that is suitable for high-reliability designs.

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