AZ23B33-E3-18

Introduction

The AZ23B33-E3-18 is a component belonging to diodes-zener-arrays. It is used to create an array of diodes, capable of withstanding and regulating higher voltages. It is a component specifically used in larger electronic applications such as those involving energy distribution.

Construction

The component is made up of several separate diodes connected together in one package, which makes it a very useful component for use in larger circuits. This component is a surface mount component, with leads made of copper alloy and a copper, tin and lead (Cu/Sn/Pb) lead-frame. The main component body is made up of a glass passivated junction silicon, which prevents any leakage of current between the components. The component is also heat-resistant, meaning it can protect against temperature changes in the circuit.

Application Field

The AZ23B33-E3-18 is used in larger electronic applications for its superior current capacity and resistance to higher voltages. These components can be used in the protection of low voltage circuits and systems, ensuring that the voltage is never too high. The component is also used in energy distribution applications in a wide range of fields, from automotive to consumer electronics. Additionally, these components are often used in emergency lighting systems for their reliable performance.

Working Principle

The AZ23B33-E3-18 is designed to regulate the voltage of a circuit by clamping the voltage to a predetermined level. It works by connecting the leads of the component to the circuit and allowing a certain proportion of current to pass through. The component acts as a resistor, clamping and regulating the voltage accordingly. This ensures that the voltage does not pass the predetermined level, protecting other components in the circuit from damage and short circuits.

Conclusion

The AZ23B33-E3-18 allows larger electronic applications to be fitted with a reliable voltage regulator and protection tool. This component allows energy distribution systems to be reliable and efficient, protecting sensitive components from damage caused by over-voltage. The component is easy to install and can provide years of reliable service in a wide range of applications.