AZ23B36-HE3-18

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Diodes come in a variety of forms and styles, and the AZ23B36-HE3-18 is a prime example of this. This diode is part of a special class of diodes known as “Zener Arrays”. Zener Arrays are special because they are designed to more easily regulate and control the flow of electrical current across circuits.

The AZ23B36-HE3-18 falls into the category of Zener Arrays as it is designed to serve as a voltage regulator. It is well-suited to medium to low-current applications, and is able to regulate the voltage levels within an electrical system. For example, this diode can be used to protect circuitry from over-voltage risk.

This diode is able to work within a variety of field applications. These include, but are not limited to, Power distribution and supply, Test equipment, computational systems, automotive electronics, and consumer electronics. AZ23B36-HE3-18 diodes are able to handle a wide range of voltages.

The AZ23B36-HE3-18 is designed to operate on the principle of the Zener Diode behavior. Basically, this principle entails a diode behaving as a rectifier when the voltage flowing into it does not exceed a certain threshold. Above that threshold, however, the diode starts to act as an insulating element, thus allowing it to regulate and control the flow of current. This principle is applied to Zener Arrays in order to create diodes that are able to provide precise level control.

These principles make the AZ23B36-HE3-18 a valuable addition to any circuit that is looking to provide precise control over voltage levels. It is able to handle a wide range of voltages across a variety of applications, making it a reliable and dependable diode for many circuits.

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