AZ23C7V5-7

Introduction

The AZ23C7V5-7 is a zeener array composed of seven zener diodes integrated onto a single silicon chip. It is one of the most commonly used arrays to provide voltage regulation and transient protection in a number of different applications. This article will discuss the application field and working principles of this component.

Application Field

The AZ23C7V5-7 array has a wide range of applications due to its integrated diode array design and stable operation. These include but are not limited to:

• Applications in linear power supplies, such as providing voltage stabilization, over-voltage protection, or surge protection.
• Applications in motor drives, such as providing protection from flyback and transients.
• Applications in telecommunications, such as providing voltage clamping to prevent interference.
• Applications in automotive, such as providing over-voltage protection and noise suppression.

Working Principle

The AZ23C7V5-7 is composed of seven individual zener diodes that have a wide range of breakdown voltages. These diodes can be used in a variety of ways, such as providing voltage regulation, over-voltage protection, or surge protection. The diodes are connected in series and the total breakdown voltage of the array is the sum of all the individual breakdown voltage of the diodes.

The current that flows through the array is limited by the load resistance of the circuit, as the total current that can flow through the array is equal to the load resistance multiplied by the number of diodes. This makes the AZ23C7V5-7 ideal for use in applications where a large amount of current needs to be controlled, such as linear power supplies or motor drives.

Furthermore, each of the diodes can also independently act as a voltage clamping element, allowing the AZ23C7V5-7 to act as a transient protection device and limit the amount of voltage in the circuit, making it ideal for applications in telecommunications or automotive where noise suppression and overvoltage protection are required.

Conclusion

The AZ23C7V5-7 is a zeener array composed of seven zener diodes integrated onto a single silicon chip. This array has a wide range of applications due to its integrated diode array design and stable operation. Its working principle is based on the series connection of all seven individual zener diodes, and the total current through the array is limited by the load resistance of the circuit. Additionally, each diode can also act independently as a voltage clamping element, making it ideal for use as a transient protection device.