AZ23B3V0-G3-08

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Introduction

AZ23B3V0-G3-08 is a zener arrays of an engineered junction array with two diodes. This product is manufactured by the well-known company, Zenerg Technologies, which has a long history of providing reliable and durable electronic components to customers worldwide.

Application Field

AZ23B3V0-G3-08 arrays are widely used in various industries, such as automotive, aerospace, industrial automation, medical, as well as telecommunications. The two-diode component can provide stable voltage regulation and is designed to combat the power surges encountered in these applications. It also provides considerable protection for data processing and other sensitive components in a system.

Working Principle

AZ23B3V0-G3-08 is a bi-polar Zener array designed to work in an intrinsic voltage regulator circuit. It consists of two single junction diodes, connected in series and reverse-bias-shunting each other. Depending on the applied potential, the diode\'s current conduction is limited, so that a relatively stable voltage can be maintained. As the current rises, it reaches the point of Zener breakdown, which limits the maximum voltage and keeps the reverse bias within a certain predetermined range.

Benefits and Advantages

The use of AZ23B3V0-G3-08 zener arrays bring several advantages to its applications, such as enhanced accuracy and stability, lower power consumption and improved efficiency. This component is also known for providing high reliability, low noise, and low voltage drift. Its range of voltage regulation helps to reduce the risk of power supply damage due to over-voltage, which is particularly important in the automotive and aerospace fields.

Conclusion

Zenerg Technologies\' AZ23B3V0-G3-08 arrays are widely used for their cost efficiency, reliability and performance. The combination of two reverse-biased junctions provide high voltage regulation accuracy, improved efficiency and stable performance even under extreme conditions. The use of this Zener array in various industries, ranging from automotive to medical, has improved the safety of their systems and reduced the risk of power supply failure.

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